relay

SSR-10DA Datasheet PDF – 10A, DC to AC Relay – Fotek

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Part Number: SSR-10DA

Description: SSR Series, DC to AC Solid State Relay

Manufacturer: http://www.fotek.com.hk/

Image:
ssr-10da-relay

Description:

This is DC to AC Solid State Relay.

 

Features

1. High Reliability by S.M.T & TGC. ( Surface Mounting Technology )
2. High Isolation over than 50mOhm / 500 VDC
3. High Dielectric over than 2.5KV
4. Low Enable Current less than 7.5mA / 12VDC CMOS IC or TTL Compatible.
5. Low EMI / EFI & Surge by Zero Cross Trigger Method.
6. High Surge Current Duration Over 10 Times of Rated Current / One Cycle
7. High Surge Voltage Duratin By Snubber Circuit

 

Specification

ssr-10da-datasheet

 

Diagram

SSR-10DA Diagram
Other data sheets are available within the file: SSR-25DA, SSR-25DA-H, SSR-40DA-H, SSR-P03DA

SSR-10DA Datasheet

 

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BL8023 Datasheet PDF – Relay Driver Chip – Belling

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Part Number: BL8023

Function: Bidirectional Drive Relay Chip

Package: DIP, SOP 8 Pin Type

Manufacturer: SHANGHAI BELLING ( www.belling.com.cn )

Pinouts:

BL8023 datasheet

 

Description:

The BL8023 is a relay dedicated driver chip designed for smart meter applications, which can directly drive commonly used 9V single-phase magnetic latching relays. It has the characteristics of large output current and low static power consumption, and can also be used in other fields such as pulse and level conversion.

 

Features:

1. The recommended safe working voltage is 5~25V

2. Pure MOSFET implementation, lower power consumption than ordinary BJT triode circuit, quiescent current <10nA

3. The input high-low conversion level is about 2.1V, compatible with various microcontrollers

4. The input terminals INA and INB have their own pull-down resistors of about 100K

5. Integrated high-speed freewheeling diode, with the function of clamping reverse voltage, which can cancel the TVS tube in general applications

6. The typical driving current is 100mA, and it varies according to the internal resistance of the relay coil itself (the driving current is equal to the power supply voltage divided by the combination of the internal driving resistance of the chip itself and the internal resistance of the relay coil)

 

Other data sheets are available within the file: BL-8023

BL8023 Datasheet PDF Download

BL8023 pdf