AD collection

Model
Name
VCC
(V)
IQ/Max
(mA)
Features
Operating Temperature
(℃)
Package Type
Substitute Model
Substitution Method
HJ186
High-temperature low-power 8-channel 12-bit ADC
+5/±5
2.5
8-channel single-ended or 4-channel differential input, low power consumption, internal 4.0969V reference voltage, high temperature resistant
-55℃~200℃
D20S2, LCC20
MAX186
In-situ replacement
HJ1860A
High-temperature dual/single polarity input, 8-channel,12-bit AD acquisition system
(±12~±20)
(9)
8-channel single-ended or 4-channel differential input, low power consumption, internal 4.0969V reference voltage, high temperature resistant
-55℃~200℃
BOX3020-22
(Self-developed)
-
[HJ1860B]
High-temperature dual/single polarity input, 8-channel,12-bit AD acquisition system
(12~20)
(9)
8-channel single-ended or 4-channel differential input, low power consumption, internal 4.0969V reference voltage, high temperature resistant
-55℃~200℃
BOX3020-22
(Self-developed)
-
*HJ2860
High-temperature,8-channel,18-bit AD acquisition system
(5)
(30)
8-channel synchronous acquisition, built-in precision reference, programmable acquisition, low distortion, high signal-to-noise ratio, high temperature resistant
-55℃~200℃
BFP3222-28
(Self-developed)
-
HJG2860
8-channel16-bit AD acquisition system
(5)
(26)
8-channel synchronous acquisition,built-in precision reference programmable acquisition low distortion high signal-to-noise ratio
-55℃~125℃
BFP3222-28
(Self-developed)
-
HJ7606
8-channel16-bit bipolar input synchronous sampling ADC
(2.3~5)
(17)
(8 channel synchronous collection built-in precision reference low power consumption digital filtering provides sampling function)
-55℃~175℃
LQFP64
CQFP64
AD7606
In-situ replacement
HJDAC4X12
Four-channel12-bit DAC circuit
(2.5~5.5)
(3)
(Contains output voltage driver precision reference source and low power consumption high-speed three-wire SPI interface )
-55℃~125℃
SOP14-01A
(Self-developed)
-
HJDAC4X12A
Four-channel12-bit DAC circuit
(2.5~5.5)
(3)
Contains output voltage driver, precision reference source, and low-power high-speed 3-wire SPI interface
-55℃~125℃
F14-02
(Self-developed)
-
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