JGC-3032 Optical-MOS Relay

  1. 4 sets of bidirectional output
  2. Ceramic housing DIP/SMD package
  3. Input and output photovoltaic isolation
  4. Enhanced MOSFET output
  5. Fast switching speed
  6. Temperature adaptability
  7. High reliability
  8. Standard: Q/RY.J01159.33—2011
Category:

Description

JGC-3032 Optical-MOS Relay

Standard

Q/RY.J01159.33—2011

 

Application

Suitable for defense, scientific research, industrial control and modern management, such as isolated drives for aerospace, aviation and terrestrial electronics, coupled amplification of digital signals, switching of analog signals, power transistor drive, measuring instruments, etc., suitable for the harsh environments.

 

Technical Parameters Min. Typ. Max. Unit
Input Parameters
Rated input current 10 mAd.c.
Input current range 5 25 mAd.c.
Input switching current 5.0 mAd.c.
Input shutdown voltage 0.8 Vd.c.
On time 1.5 ms
Shutdown time 0.8 ms
Output parameters
Output configuration Bidirectional
Number of output circuit groups 4H (4 groups N.O.)
Rated output current ±0.25 Ad.c.
Rated output voltage ±80 Vd.c.
Output on-resistance ≤4
Output leakage current ≤1.0 μA
Transient voltage ±100 Vd.c
Electrical insulation parameters
Insulation resistance 1000
Dielectric withstand voltage 1000 Vr.m.s.
Power consumption 1.6 W
Environmental parameters
Seal leak rate 5×10-3 Pa·cm3/s
Random vibration 40
10~2000
(m/s2)2/Hz, Hz
High Frequency Vibration 294, 10~3000 m/s2, Hz
Constant acceleration 49000 m/s2
Shock 14700, 0.5 m/s2, ms
Storage temperature -55~125
Operating temperature -55~105
Other parameters
Weight 2.5 g
Dimensions 20.5×7.6×4.2 mm

 

JGC 3032 Fig. 1 Turn On time vs. Output Voltage - JGC-3032 Optical-MOS Relay JGC 3032 Fig. 2 Output Current vs. Temperature curve - JGC-3032 Optical-MOS Relay JGC 3032 Fig. 3 Inrush Current vs. Inrush Current duration curve - JGC-3032 Optical-MOS Relay
Fig. 1: Turn-On time vs. Output Voltage Fig. 2: Output Current vs. Temperature curve Fig. 3: Inrush Current vs. Inrush Current duration curve
JGC 3032 Fig. 4 On time vs. Input Current curve - JGC-3032 Optical-MOS Relay JGC 3032 Fig. 5 Input Current vs. Input Voltage curve - JGC-3032 Optical-MOS Relay JGC 3032 Fig. 6 Output leakage current vs. Temperature curve - JGC-3032 Optical-MOS Relay
Fig. 4: On time vs. Input Current curve Fig. 5: Input Current vs. Input Voltage curve Fig. 6: Output leakage current vs. Temperature curve

 

Drawing
JGC 3032 Drawing - JGC-3032 Optical-MOS Relay
Internal circuit diagram Overhead wiring diagram
JGC 3032 Internal circuit diagram - JGC-3032 Optical-MOS Relay JGC 3032 Overhead wiring diagram - JGC-3032 Optical-MOS Relay

 

Order Mark

Example: JGC-3032 Y

JG C 3032 Y
Screening level Design Number Shape symbol (W, C or X) Solid relay main name

Note: The screening level (Y or W) should be indicated.