Fully Understand The JST Connector: Type, Term…

The SR/SH connector is a 1mm pitch pin connector with a compact and low-profile design. It features wings on the sides of the receptacle, which facilitate easy disconnection without the need to hold onto the wires. The enclosure of the connector is designated as SH, whereas the male part is denoted by SR.

The SR header is shrouded and includes a locking feature that ensures a secure mating connection with the receptacle. One advantage of the SR header is that it does not have any holes that could interfere with vacuum gripping equipment, making it suitable for automated assembly processes.

The SH connectors are specified with a current rating of 1A and a voltage rating of 50V. They are compatible with 32-28 AWG wires, providing flexibility in wire size selection. Additionally, the SH connectors can be used with SZ and SR IDC series connectors, expanding their compatibility and versatility.

The key features of the SR/SH connector include:

1. Compact and low-profile design: The connector’s compact size and low profile make it suitable for applications where space is limited.
2. Wings for easy disconnection: The wings on the sides of the receptacle allow for convenient and hassle-free disconnection of wires.
3. SR shrouded header with locking feature: The shrouded SR header ensures a secure connection with the receptacle, and the locking feature adds extra stability to the connection.
4. Compatibility with vacuum gripping equipment: The absence of holes in the SR header prevents interference with vacuum gripping equipment during automated assembly processes.
5. Current and voltage ratings: The SH connectors have a current rating of 1A and a voltage rating of 50V, making them suitable for low-power applications.
6. Wire compatibility: The connectors can accommodate 32-28 AWG wires, providing flexibility in wire size selection.
7. Compatibility with other connectors: The SH connectors are compatible with SZ and SR IDC series connectors, allowing for seamless integration with existing systems.

Overall, the SR/SH connector offers a reliable and convenient solution for applications requiring a 1mm pitch pin connector. Its compact design, easy disconnection, secure mating connection, and compatibility with various wire sizes make it suitable for a wide range of electrical and electronic devices, including but not limited to consumer electronics, telecommunications, and industrial equipment. 

The SHD connectors, also known as JST SHD connectors, are larger versions of the SH type connectors mentioned earlier. They feature two rows of pins instead of a single row. These connectors are commonly used in LVDS (Low-Voltage Differential Signaling) and LCD (Liquid Crystal Display) applications.

The SHD connectors share many of the same attributes as the SH connectors but offer the advantage of a larger physical size. The larger size allows for more pins, enabling higher-pin-count connections, which are often required in LVDS and LCD applications.

Key features of the SHD connectors include:

1. Larger size: The SHD connectors have a larger form factor compared to the SH connectors, accommodating two rows of pins.
2. Two-row pin configuration: The connectors feature two rows of pins, providing a higher pin count for connecting LVDS and LCD circuits.
3. LVDS and LCD applications: SHD connectors are commonly used in LVDS and LCD applications due to their ability to handle higher pin counts and support the requirements of these interfaces.
4. Similar features to SH connectors: While larger in size, the SHD connectors retain many of the features of the SH connectors, such as a compact design, reliable connections, and compatibility with specific wire sizes.
5. Compatible with other JST connectors: The SHD connectors are part of the JST connector family, ensuring compatibility with other JST connectors and promoting ease of integration into various systems.

The SHD connectors are well-suited for LVDS and LCD applications that necessitate a higher quantity of connections. They provide an ideal solution in such scenarios. Their larger size and two-row pin configuration enable efficient and reliable signal transmission in these applications. Additionally, their compatibility with other JST connectors ensures seamless integration into existing systems that utilize JST connectors. 

GH connectors, with their 1.25mm pitch, offer a compact and precise interconnect solution for various applications. Below are some essential details regarding JST GH connectors:

1. Pin-to-pin pitch: GH connectors have a pin-to-pin pitch of 1.25mm, making them suitable for applications that require a fine pitch connection. This narrow spacing allows for more connections in a limited space, enabling higher density and miniaturization of electronic devices.
2. Low-insertion force: GH connectors are designed with a low-insertion force mechanism, ensuring easy and smooth insertion of pins into the connector housing. This characteristic minimizes the likelihood of causing harm to the connector or its components while establishing the connection.
3. Positive latching mechanism: GH connectors feature a positive latching mechanism that securely locks the connector in place. This mechanism prevents accidental disconnection caused by external forces, vibrations, or movement, ensuring a reliable and stable connection.
4. Similar to SHL connector contact section: The contact section of GH connectors is similar to that of the SHL connector. This means that GH connectors inherit the reliable and proven quality of the SHL connector, making them a trusted choice for interconnectivity.
5. Secure locking mechanism: The secure locking mechanism in GH connectors enhances the stability and integrity of the connection. It guarantees that the connection maintains its stability even in challenging environments or applications that involve significant vibration levels.
6. Current and wire compatibility: GH connectors can handle a current rating of up to 1A at 50V. They are compatible with 30-26 AWG wires, allowing flexibility in wire selection based on specific application requirements.
7. Differentiation from Molex PicoBlade: Although GH connectors may share similarities with the Molex connector family, particularly the PicoBlade connector, they are distinct products. To ensure the appropriate selection for specific applications, it is crucial to distinguish between the two options.

In summary, GH connectors with their 1.25mm pitch, low-insertion force, positive latching mechanism, and secure locking mechanism provide a reliable and convenient interconnect solution. They are capable of handling various wire sizes and offer compatibility with the trusted SHL connector contact section. While some confusion may arise due to similarities with the Molex PicoBlade, it is crucial to distinguish between the two connector families for optimal application performance.

ZH connectors are specifically designed for thru-hole wire-to-board connections and have a pitch of 1.5mm, making them one of the smallest pitch JST connectors available for this type of connection. While other smaller types of connectors are suitable for surface mount device (SMD) connectivity, ZH connectors excel in providing reliable and secure wire-to-board connections.

Key features of ZH connectors include:

1. Dimple for positive terminal contact: TheJSTZH connector unit is equipped with a dimple in the middle, which ensures a positive terminal contact with low resistance. This design characteristic improves the overall performance and reliability of the connector, resulting in better functionality and dependability.
2. Fully shrouded header: ZH connectors come with a fully shrouded header, providing additional protection and stability for the connection. The shrouded header helps prevent accidental disconnections, provides mechanical support, and minimizes the risk of short circuits.
3. Compatibility with ZM (crimp) and ZR (IDC) series connectors: ZH connectors are designed to be compatible with other JST connector series, such as the ZM (crimp) and ZR (insulation displacement contact) series connectors. This compatibility facilitates seamless integration into existing wiring systems or enables the creation of multi-connector setups with ease. It simplifies the process of incorporating the connector into various configurations.

ZH connectors offer a compact and reliable solution for wire-to-board connections that require a pitch of 1.5mm. The inclusion of the dimple ensures a positive terminal contact with low resistance, enhancing the electrical performance of the connector. The fully shrouded header adds an extra layer of protection and stability to the connection.

Furthermore, the ZH connectors’ compatibility with the ZM (crimp) and ZR (IDC) series connectors expands their usability and versatility. This compatibility enables seamless integration into various wiring systems and facilitates the creation of complex or customized interconnect solutions.

Overall, ZH connectors provide a reliable and efficient solution for thru-hole wire-to-board connections with their tiny pitch, positive terminal contact design, fully shrouded header, and compatibility with other JST connector series. These attributes make them well-suited for a diverse range of applications where compactness, secure connections, and stability are essential requirements. They offer versatility and reliability in various scenarios. 

JST PA connectors are popular for their 2mm pitch and high electrical capabilities. Here are some key points about PA connectors:

1. High electrical capabilities: PA connectors are designed to handle a current rating of up to three amperes at 250V. This high current and voltage rating makes them suitable for applications that require robust electrical performance.
2. Secure locking mechanism: To ensure a secure and reliable connection, PA connectors are equipped with a secure locking device. This mechanism prevents accidental disconnections caused by vibrations or pulling forces, providing a stable and uninterrupted power supply.
3. Wire compatibility: PA connectors are compatible with 28-22 AWG wires, allowing flexibility in wire selection. This range covers a variety of wire sizes commonly used in electronic applications, enabling versatile and reliable connections.
4. Popular battery connectors: Popular battery connectors, such as JST battery connectors, are particularly popular as battery connectors in RC FMA Cellpro battery chargers. These JST connectors provide a reliable and efficient method for connecting batteries to charging systems, ensuring safe and fast charging processes.

In summary, PA JST connectors with their 2mm pitch, high electrical capabilities, and secure locking mechanism offer a reliable and convenient interconnect solution. Their compatibility with a range of wire sizes makes them versatile in various applications. Specifically, they are widely used as battery connectors, including in popular RC FMA Cellpro battery chargers.

PH connectors are frequently employed for compact connections of internal cables to computer PCBs (printed circuit boards). Here are some key points about JST PH connectors:

1. Power ratings: Unlike the PA connectors, PH connectors have lower power ratings, typically rated at 2A at 100V. While they may not handle as high of current and voltage levels as PA connectors, they are still suitable for many electronic applications that require moderate power requirements.
2. Lack of secure locking devices: PH connectors generally do not have secure locking devices. This implies that they depend on the resistive force between the male and female connectors to uphold the linkage. Despite the absence of a secure locking mechanism, PH connectors can still provide reliable connections in applications where vibrations or pulling forces are not significant concerns.
3. Dense connections: PH connectors demonstrate exceptional performance in situations that require high packing density and restricted space. Their compact size and 2mm pitch allow for efficient and tightly packed connections on computer circuit boards. They enable the routing of numerous internal wires within a small area, optimizing the use of available space.
4. Compatibility with other connectors: PH connectors are compatible with other JST connectors such as the CR, KR, and KRD IDC series. This compatibility enables smooth integration with current systems or the potential to merge diverse connector types based on requirements.
5. Typical usage in stepper motors: PH connectors find typical usage in stepper motors, which require precise control of position and speed. These connectors provide a reliable interface between the stepper motor and its driver circuitry, ensuring accurate and efficient motor operation.
6. Affordability: One of the key selling points of PH connectors is their affordability. They provide a cost-efficient resolution for interconnectivity requirements while maintaining high performance and reliability.

In summary, PH connectors are characterized by their lower power ratings, lack of secure locking devices, suitability for high-density connections, compatibility with other JST connectors, typical usage in stepper motors, and affordability. While they may not handle as high power levels as PA connectors, they excel in applications that prioritize compactness and cost-effectiveness. 

XA connectors are known for their 2.5mm pitch and their ability to handle similar power requirements as PA terminals. Here are some key points about XA connectors:

1. Power requirements: XA connectors are designed to handle power requirements comparable to PA connectors. They can safely accommodate high currents and voltages, providing reliable electrical connections.
2. Wire compatibility: XA connectors are compatible with 30-20 AWG wires, offering a broad range of wire size options. This flexibility allows for versatile applications and ensures compatibility with various wire gauges commonly used in electronic devices.
3. Secure locking devices: XA connectors feature secure locking devices, which prevent accidental disconnections caused by vibrations or external forces. These locking mechanisms ensure a secure and stable connection, enhancing the reliability of the electrical connection.
4. Glass-filled PA66 nylon: The header wafers of XA connectors are constructed using glass-filled PA66 nylon, which is a solder crack preventive material. This material helps to minimize the risk of solder cracks during manufacturing or usage, ensuring long-term durability.
5. Circular, reflow-treated header pins: XA connectors are equipped with circular, reflow-treated header pins. These pins have a low insertion force, making it easier and more convenient to connect and disconnect the connectors. The reflow treatment ensures optimal soldering and enhances the overall reliability of the connections.
6. Shrouded headers and polarizing bosses: XA connectors offer additional features such as shrouded headers on radial tape and headers with polarizing bosses. Shrouded headers provide added protection to the connector contacts, reducing the risk of damage or accidental short circuits. Polarizing bosses help ensure proper alignment and orientation during connection, preventing incorrect mating and potential damage to the connectors.

In conclusion, XA connectors with their 2.5mm pitch, similar power requirements to PA terminals, secure locking devices, solder crack preventive material, low insertion force header pins, and additional features like shrouded headers and polarizing bosses offer a reliable and versatile interconnect solution. They are appropriate for diverse applications that necessitate sturdy electrical connections and dependable mating.

XH connectors, with their 2.5mm spacing, are built upon the adaptable and trustworthy NH series connectors. Here are some noteworthy aspects regarding JST XH connectors:

1. Size and pitch: XH connectors have a slightly larger size compared to PH connectors but still maintain a compact design. They feature a 2.5mm pitch, allowing for efficient and space-saving connections in electronic devices.
2. Mounting height: XH connectors have a relatively low mounting height of 9.8mm. This low profile makes them suitable for applications where space is limited, enabling the connectors to be installed in tight spaces without causing interference or obstruction.
3. Versatility: XH connectors are known for their versatility. They can be used in various low-cost consumer electronics, providing reliable electrical connections for different applications. These connectors are commonly found in devices such as audio equipment, power supplies, and home appliances.
4. Cost-effectiveness: XH connectors offer a cost-effective solution for interconnectivity needs. Their cost-effectiveness makes them a favored option for manufacturers seeking to minimize production expenses while ensuring dependable electrical connections.
5. Compatibility: XH connectors are typically compatible with standard 2.5mm pitch wire-to-board connections. This compatibility enables seamless integration into current designs or the utilization of standardized components across multiple products.
6. Reliable performance: Despite their lower cost, XH connectors deliver reliable performance. They provide secure and stable connections between wires and circuit boards, ensuring proper signal transmission and electrical conductivity.

In summary, XH connectors with their 2.5mm pitch, compact design, low mounting height, versatility, cost-effectiveness, compatibility, and reliable performance are commonly used in low-cost consumer electronics. They offer a practical and economical solution for achieving reliable electrical connections in various applications.

EH connectors are a perfect choice for attaining compact wire-to-board connections with high density on computer boards. Here are some essential details about JST EH connectors:

1. Compact wire-to-board connectivity: Much like PH terminals, EH connectors are engineered to enable condensed wire-to-board connections within computer circuit boards. They allow for efficient routing and organization of wires in compact spaces, enabling effective integration and reliable signal transmission within electronic devices.
2. Shrouded header: EH connectors feature a shrouded header design. The shrouded header provides additional protection to the connector contacts, minimizing the risk of accidental contact damage or short circuits. This characteristic improves the overall robustness and dependability of the connectors.
3. Lack of secure locking device: Unlike some other connector types, EH connectors do not incorporate a secure locking device. It is important to note that the absence of a locking mechanism means that additional care should be taken to prevent accidental disconnections caused by vibrations or external forces.
4. Power handling capability: EH connectors are capable of handling power flows of up to 3A at 250V. This power handling capacity makes them suitable for applications that require adequate power transmission, ensuring stable and reliable operation of connected devices.
5. Wire compatibility: EH connectors support wire sizes ranging from 32 AWG to 22 AWG. This wire compatibility allows for versatile application options and ensures compatibility with various wire gauges commonly used in computer boards and similar electronic devices.

In summary, EH connectors are well-suited for high-density wire-to-board connections within computer boards. They feature a shrouded header for added contact protection and can handle power flows of up to 3A at 250V. While lacking a secure locking device, EH connectors provide reliable electrical connections and are compatible with a range of wire sizes. 

RE connectors are extensively utilized for the purpose of linking office automation equipment, encompassing computers and their accompanying devices. Presented below are a few significant aspects concerning RE connectors:

1. Similar to male pin headers and female DuPont connectors: RE connectors have a similar design concept to male pin headers and female DuPont connectors. They provide an interface for establishing electrical connections between different components or devices within an office automation system.
2. Non-shrouded design: RE connectors do not have a shrouded design, meaning that the connector contacts are exposed. Precautions should be exercised during the handling and installation process to avoid inadvertent contact damage or the occurrence of short circuits. The non-shrouded design also allows for easy visual inspection and maintenance of the connectors.
3. Lack of a locking mechanism: RE connectors do not incorporate a locking mechanism. This means that the connectors may not have the same level of physical security as connectors with locking features. However, they still provide reliable electrical connections when properly mated.
4. Double leaf-springs: RE connectors are equipped with double leaf-springs. These springs ensure secure and stable mating and unmating of the connectors. The double leaf-spring design enables the connectors to withstand repeated stress from mating and unmating cycles, enhancing their durability and longevity.
5. Application in office automation equipment: RE connectors find extensive application in office automation equipment. They are commonly used to establish connections between computers, printers, scanners, monitors, and other peripheral devices. The versatility of RE connectors allows for efficient interconnection and communication between various office equipment components.

In summary, RE connectors are non-shrouded connectors that lack a locking mechanism. Nonetheless, they incorporate dual leaf-springs, guaranteeing dependable connections while enduring repeated mating and unmating strains. These connectors are ideal for connecting office automation equipment, facilitating seamless communication and integration within computer systems and peripheral devices. 

VH terminals, also known as VH connectors, are commonly used in consumer electronics for power supply, signal transmission, and output circuits. Below are some essential details regarding JST VH connectors:

1. High current-carrying capacity: VH connectors are designed to handle high current flows. They possess a maximum current-carrying capacity of 10A at 250V, rendering them appropriate for applications that necessitate the transmission of substantial power.
2. Shrouded and non-shrouded varieties: VH connectors are available in both shrouded and non-shrouded varieties. The shrouded version features a protective housing that covers the connector contacts, providing additional safety and protection against accidental contact damage or short circuits. The non-shrouded version does not have this protective housing.
3. Positive latching mechanism: Both shrouded and non-shrouded VH connectors incorporate a positive latching mechanism. This mechanism ensures secure and reliable mating of the connectors, reducing the risk of accidental disconnections caused by vibrations or external forces. The inclusion of a positive latching feature improves the overall stability and integrity of the electrical connections.
4. Broad wire compatibility: VH connectors are compatible with a wide range of wire sizes. They can accommodate wires ranging from 22 AWG to 16 AWG. This broad wire compatibility allows for flexible application options and enables the handling of higher current flows without compromising performance or safety.
5. Consumer electronics applications: VH connectors find extensive use in consumer electronics, where they are employed in various power supply, signal transmission, and output circuits. They can be found in devices such as televisions, audio systems, gaming consoles, and other electronic appliances that require efficient power distribution and reliable signal transmission.

In summary, VH connectors are widely used in consumer electronics for power supply, signal transmission, and output circuits. They have a high current-carrying capacity, offer shrouded and non-shrouded options with a positive latching mechanism, and are compatible with a range of wire sizes. VH connectors ensure reliable connections in consumer electronic devices, providing efficient power distribution and signal transmission capabilities.