Interface circuit

Model number
Name
VCC
(V)
Features
Operating temperature
(℃)
Package type
Alternative model
Alternative method
HJG422B
Isolated high-speed RS-422/
485 bus transceiver
4.75~5.25
High data transmission rate, with transmit‑rate‑limiting protection and thermal shutdown functionality.
-55℃~105℃
DZS2017
ZLG-RSM422
In-situ substitution

HJG422C

Isolated high-speed RS-422/
485 bus transceiver

4.75~5.25

High data transmission rate, with transmit‑rate‑limiting protection and thermal shutdown functionality.

-55℃~105℃

DZS2016

ZLG-RSM422

In-situ substitution

HJG3422B
Isolated high-speed RS-422/
485 bus transceiver
3:15–3:45
High data transmission rate, with transmit‑rate‑limiting protection and thermal shutdown functionality.
-55℃~105℃
DZS2017
ZLG-RSM3422
In-situ substitution

HJG3422C

Isolated high-speed RS-422/
485 bus transceiver

3:15–3:45

High data transmission rate, with transmit‑rate‑limiting protection and thermal shutdown functionality.

-55℃~105℃

DZS2016

ZLG-RSM3422

In-situ substitution

*ISO-422A
Isolated high-speed RS-422/
485 bus transceiver
4.75~5.25
High data transmission rate, with transmit‑rate‑limiting protection and thermal shutdown functionality.
-55℃~125℃
BOX3020-22
ISO422
In-situ substitution

HJ1042

High-speed CAN FD transceiver

4.5~5.5

Supports 5 Mbps flexible data rate CAN FD, with differential signaling between the bus and the CAN protocol controller.

-55℃~125℃

CSOP08B

TJA1042

In-situ substitution

HJISO1050
Isolated CAN transceiver
-0.5~+6
Withstands a dielectric strength of up to 2000V.
-55℃~175℃
F08-04B
ISO1050
In-situ substitution
*HJ1050A
High-speed CAN isolated transceiver
4.75–5.25
Over-temperature shutdown protection, electrical isolation, high data transmission rate, and isolation withstand voltage up to 2500 V.
-55℃~105℃
BOX3020-22
CTM1050ME
In-situ substitution
HJ1050C
High-speed CAN isolated transceiver
4.75–5.25
Over-temperature shutdown protection, electrical isolation, high data rate, and isolation withstand voltage up to 2500 V.
-55℃~105℃
MKE-08A
CTM1050ME
In-situ substitution

HJ1050D

High-speed CAN isolated transceiver

4.75–5.25

The CAN bus baud rate is applicable in the range of 40 kbps to 1 Mbps.

-55℃~125℃

BB483-H

CTM1050ME

Functional substitution

HJ1050E

High-speed CAN isolated transceiver

4.75–5.25

Internally integrated isolated DC-DC converter, providing an isolated 5 V supply voltage to the bus side.

-55℃~125℃

DZS1311

CTM1050T

In-situ substitution

*HJ1051
High-Temperature Isolated Transceiver
6/4
Electrical isolation, ESD protection, high data rates, and isolation withstand voltage up to 2500 V.
-55℃~200℃
F14-02
CTM1050ME
Functional substitution
HJ1051C
High-speed CAN isolated transceiver
3:15–3:45
Over-temperature shutdown protection, electrical isolation, high data rate, and isolation withstand voltage up to 2500 V.
-55℃~105℃
MKE-08A
CTM1050AMG
In-situ substitution
HJ1052
High-speed CAN bus transceiver
-0.3~6
Built-in over-temperature protection, overcurrent protection, explicit timeout function, and mute mode.
-55℃~125℃
CSOP08B
ISO1050
In-situ substitution
HJ232
Dual-channel transceiver
-0.3~7
Low power consumption, simple peripherals, and high data transfer rates.
-55℃~125℃
D16S2, F16-01
SOP16-01A
CSOP16-22
MAX232
In-situ substitution
HJ3232
RS-232 transceiver
3.0–5.5
Low power consumption, simple peripherals, and high data transfer rates.
-55℃~125℃
D16S2, F16-01
SOP16-01A
CSOP16-22
MAX3232
In-situ substitution
HJ202
RS-232 transceiver
-0.3~7
Provides the electrical interface between the asynchronous communication controller and the serial port connector.
-55℃~125℃
CSOP16-22
F16-01
MAX202
In-situ substitution
HJ490
Low-power RS-485/
RS-422 bus transceiver
5V
Electrostatic protection, high transmission rate
-55℃~125℃
D08S2, F08-06
CSOP08B
MAX490
In-situ substitution

HJ3490

Low-power RS-485/
RS-422 bus transceiver

3.3V

Electrostatic protection, high transmission rate

-55℃~125℃

D08S2, S51A,
CSOP08B

MAX3490

In-situ substitution

HJ485
Low-power RS-485/
RS-422 bus transceiver
12
Electrostatic protection, high transmission rate
-55℃~125℃
D08S2, F08-06,
CSOP08B
MAX485
In-situ substitution
HJ3485
Low-power RS-485/
RS-422 bus transceiver
7
Electrostatic protection, high transmission rate
-55℃~125℃
D08S2, F08-06,
CSOP08B
MAX3485
In-situ substitution
HJ488
Low-power RS-485/
RS-422 bus transceiver
12
Electrostatic protection, high transmission rate
-55℃~125℃
D08S2, F08-06
CSOP08B
MAX488
In-situ substitution
HJ3488
Low-power RS-485/
RS-422 bus transceiver
7
Electrostatic protection, high transmission rate
-55℃~125℃
D08S2, F08-06
CSOP08B
MAX3488
In-situ substitution
HJ3491
Low-power RS-485/
RS-422 bus transceiver
-0.3~7
Electrostatic protection, high transmission rate
-55℃~125℃
D14S2, F14-01
CSOP14F
MAX3491
In-situ substitution
HJISO3491
Isolated Full-Duplex RS-485 Transceiver
-0.5~7
Withstands a dielectric strength of up to 2000V.
-55℃~125℃
F16-02
IL422
In-situ substitution
HJHVD230
1 Mbps high-speed CAN bus transceiver
3–3.6
Thermal shutdown protection, high transmission rate
-55℃~125℃
CSOP08B
65HVD230
In-situ substitution
HJHVD232
CAN transceiver
-0.3~6
High-impedance input, adjustable drive transition time
-55℃~125℃
D08S2, F08-06
SN65HVD232
In-situ substitution
HJ1000
Standalone CAN controller
-0.5~6.5
High data transfer rate, error counters with read/write access, programmable error alarm thresholds
-40℃~125℃
CSOP28B
D28L2, LCC28
SJA1000
In-situ substitution

HJ489

Low-power, slew-rate-limited RS-485/RS-422 transceiver

5

It features fault protection and fail-safe functionality.

-55℃~125℃

D14S2, CSOP14F

MAX489

In-situ substitution

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