DAC IC Manufacturer in China HT9766_ AD9766,HT9767_AD9767,HT9764_AD9764-Shenzhen JYWY Electronics Co., Ltd.

Product

HTSEMI

Our company are mainly engaged in industrial product control integrated circuits( ICs ), audio and video ICs, touch ICs, power management ICs, power devices, motor control ICs, smart instrument ICs, infrared camera ICs, nuclear magnetic resonance ICs, high-precision data acquisition ICs, spectrum analysis ICs, tire pressure monitoring ICs, engine control ICs and special gas measuring ICs.

Products :

High speed precision ADC/DAC

Interface conversion and data transmission

Micro Power Real Time Clock

Memory circuit (EEPROM)

Metering and detection circuit

Microcontroller

Audio and video and power amplifier circuit

Automotive electronics

LCD/LED driver

Power management

General purpose circuit

MOSFET

High speed precision ADC/DAC Products Line:

Part No.	Description	Voltage	Package	Compatibility
HT7125	3-channel 8-bit 240M DAC	2.75	LQFP48	ADV7125
HT9761	10-bit dual channel 40M digital video engine DAC	3.3	SSOP28	AD9761
HT9765	High resolution, low power 8-bit 40MHz dual channel DAC	3.3	SOP16	AD9765
HT9766	8-bit dual 40M digital video engine DAC	3.3	SSOP24	AD9766
HT9767	8-bit dual 40M high performance digital video engine DAC	3.3	SSOP24	AD9767
HT9764	High resolution, low power 8-bit 40MHz dual channel DAC	3.3	SSOP24	AD9764
HT9762	12-bit, 125M, DAC	3.3	TSSOP28	AD9762
HT9760	12-bit, 125M, DAC	3.3	TSSOP28	AD9760
HT9708	8-bit, 125M, DAC	3.3	TSSOP28	AD9708
HT9518	8-bit, 50M, DAC	3.3	SSOP20	AD9518
HT7512	12-bit DAC	3~5	MSOP8	DAC7512
HT7123	Three-channel 10-bit 240M DAC	2.7~5.5	LQFP48	ADC7123
HT9206	8-bit dual 20M digital video engine ADC	2.7~3.6	SSOP24	AD9206
HT9280	8-bit, 50M, ADC	3.3	SSOP28	AD9280ARSZ
HT9204	High resolution, low power 8-bit 20MHz dual channel ADC	3.3	SSOP24	AD9204
HT9082	8-bit, 32M, ADC	2.7~3.6	SSOP24	AD9082
HT9205	High resolution, low power 8-bit 20MHz dual channel ADC	3~3.6	SOP16	AD9205
HT9201	10-bit dual 20M digital video engine ADC	2.7~3.6	SSOP28	AD9201
HT9200	10-bit, 32M, ADC	2.7~3.6	SSOP28	AD9200
HT1801	18-bit A/D converter	1.8~5	CLCC32	AD9201
HT1001	Low cost pressure sensor chip	1.8~5

Interface conversion and data transmission Products

Part No.	Description	Voltage	Package	Compatibility
HT3085	High 16KVESD protection 1M rate RS485/RS422 transceiver	5V±10%	Die,SOP8,DIP8,QFN8	MAX485,MAX3082, MAX3085, MAX487,ADM483E
HT5201	Infrared remote control receiver chip	2.7~5.5	DIE
HT1023A&HT1224A	90MHz, scrambled 10:1 LVDS Serdes		DIE,SSOP28	SN65LV1023ADB SN65LV1224BDBR
HT1023B&HT1224B	90MHz, 10:1 LVDS Serdes		DIE,SSOP28	SN65LV1023ADB SN65LV1224BDBR
HT1068	Low cost high integration 2.4GHz GFSK wireless transceiver IC		Die,QFN20
HT8574	Remote 8-bit i2c bus I/O expander	2.5~6	DIE,SOP16,SSOP20,DIP16	PCF8574
HT82050A	Serial interface of single chip microcomputer		DIE,DIP40
HT1489A	4-Channel Receiver for Serial Interface		DIE,SOP14,DIP14	MC1489ADM
HT1488D	4-Channel Transmitter for Serial Interface		DIE,SOP14,DIP14	MC1488D
HT488	Low-Power Triple-Channel Digital Isolator	2.7~5.5	DIE,SOP16,DIP16
HT75176	Drivers/Receiver (RS-485) - 5.0V		DIE,SOP8,DIP8	SN75176
HT3485	Drivers/Receiver (RS-485) - 3.3V		DIE,SOP8,DIP8	MAX3485
HT3226	1μA Supply Current, 3.0V to 5.5V, 1Mbps RS-232 Tra	3~5.5	DIE,SOP16,DIP16,TSSOP16	MAX3226
HT3221E	±15kV ESD-Protected, 1μA, 3.0V to 5.5V, 250kbps, R		DIE,SOP16,TSSOP16	MAX3221E
HT3232	Drivers/Receiver (RS-232) (2/2) (Vcc = 3.3 to 5.5V	3.3~5.5	DIE,SOP16,DIP16,TSSOP16	MAX3232
HT232	Drivers/Receiver (RS-232) (2/2) (Vcc = 5V)	5V	DIE,SOP16,DIP16	MAX232
HT75232	RS-232-D Interface 1 Chip IC	15	DIE,SOP20,DIP20	CD75232

Micro Power Real Time Clock ICs

Part No.	Description	Voltage	Package	Compatibility
HT1307	Low-power 64 x 8 serial real-time clock	2.7~5.5	Die,SOP8,DIP8	DS1307N/ZN
HT41T56	512-bit (64-bit x 8) NVRAM serial real-time clock	2.7~5.5	DIE,SOP8	M41T56
HT8563	I2C bus interface function very low power clock / calendar chip	1~5.5	Die，SOP8,DIP8	PCF8563,DS1208
HT8025T	New high-precision real-time clock chip with temperature compensation	1.7~5.5	DIE,SOP14	RX8025T
HT8583P	Clock Calendar with 256x8 Bit Static RAM with I2C		DIE,SOP8,DIP8	PCF8583P
HT1208	Optional pointer type quartz meter circuit with output period and pulse width	1.5V (typ.)	DIE8
HT558	Four timer		DIE,SOP16,DIP16	GLC558,NE558
HT556	Double timer		DIE,SOP14,DIP14	GLC556，NE556
HT555	Timer		Die，SOP8,DIP8	NE555,GLC555

EEPROM

Part No.	Description	Voltage	Package	Compatibility
HT24C1024	I2C-BUS EEPROM,1048576bits(131072*8Bit),1024k,1MHz	1.8V ~ 5.5V	DIP8,SOP8	AT24C1024
HT24C512	I2C-BUS EEPROM,524288bits(65536*8Bit),512k,1MHz	1.8V ~ 5.5V	SOP8,TSSOP8，DIP8，DFN8	AT24C512
HT24C256	I2C-BUS EEPROM,262144bits(32768*8Bit),256k,1MHz	1.8V ~ 5.5V	SOP8,TSSOP8，DIP8，DFN8	AT24C256
HT24C128	I2C-BUS EEPROM,131072bits(16384*8Bit),128k,1MHz	1.8V~5.5V	SOP8,TSSOP8，DIP8，DFN8	AT24C128
HT24C64	I2C-BUS EEPROM,65536bits(8192*8Bit),64k,1MHz	1.8V~5.5V	SOP8,TSSOP8,SOT23-5	AT24C64
HT24C32	I2C-BUS EEPROM,32768bits(4096*8Bit),32k,1MHz	1.8V~5.5V	SOP8,TSSOP8,SOT23-5	AT24C32
HT24C16	I2C-BUS EEPROM,16384bits(2048*8Bit),16k,1MHz	1.8V~5.5V	SOP8,TSSOP8,SOT23-5	AT24C16
HT24C08	I2C-BUS EEPROM,8192bits(1024*8Bit),8k,1MHz	1.8V~5.5V	DIE,SOP8,TSSOP8,SOT23-5	AT24C08
HT24C04	I2C-BUS EEPROM,4096bits(512*8Bit), 4k,1MHz	1.8V ~ 5.5V	DIE,SOP8,TSSOP8,SOT23-5	AT24C04
HT24C02	I2C-BUS EEPROM,2048 bits (256*8Bit) ,2K,1MHz	1.8V~5.5V	DIE,SOP8,TSSOP8,SOT23-5	AT24C02

For more part numbers or request customized products,welcome to contact us or send email by sales@jysource.com .

HT9766_ AD9766,HT9767_AD9767,HT9764_AD9764

characteristic:

1. Dual 8-bit, 40MHz CMOS DAC

2. Low power consumption: 175mA (+3V)

3. DNL: 0.5LSB

4. Signal to noise ratio: 51dB

5. Dynamic range: 67dB

6. Built-in digital video engine

7. 3.3V single power supply

8. Low power standby mode

9. SSOP 24-pin package

HT9766_ AD9766,HT9767_AD9767,HT9764_AD9764 Overview:

HT9766_ AD9766 Overview:

The HT9766 is a dual, 8-bit, 40MHz digital-to-analog converter.
The two channels of the HT9766 match the I and Q data transmission channels.
The HT9766 integrates two 8-bit 40MHz DACs, a voltage reference and a digital input latch.

The combination of I and Q channels reduces eight pins. The HT9766‘s digital latch is used to separate the original I and Q data.
The output latch acts as an input digital filter and an 8-bit DAC conversion output filter analog current output.

Combined with proprietary switching technology and segmented current source architecture,
the DAC effectively reduces parasitic components and improves dynamic performance.
As the third generation of digital video engine, the HT9766 and HT9206 and HT6362 are a good choice for video transceiving design.
A 1.2V temperature compensated reference provides customers with a simple and low cost option.

The HT9766 is powered from a single supply and operates from 2.7V to 3.6V.
The power consumption of the HT9767 is only 175mW at 3V, but less than 3mW in power-saving mode.
The HT9766 is mainly used in low cost, low power, low voltage applications.
It can be operated in the industrial temperature range of -40 ° C to 85 ° C or commercial 0 ° C to 70 ° C.

characteristic:

1. Dual 8-bit, 40MHz CMOS DAC

2. Low power consumption: 175mA (+3V)

3. DNL: 0.5LSB

4. Signal to noise ratio: 51dB

5. Dynamic range: 67dB

6. Built-in digital video engine

7. 3.3V single power supply

8. Low power standby mode

9. SSOP 24-pin package

HT9767_AD9767 Overview:

The HT9767 is a dual 8-bit 40MHz digital-to-analog converter. The HT9767‘s dual channel is well matched to I/Q channel data transmission in communications applications. It is an integrated dual 8-channel, 40MHz, DAC, digital video engine, reference voltage and digital input latch.

The I and Q input channels reduce the pin by eight. The HT9767‘s digital latch is used to separate the 8-bit input data from the I and Q channels.
The output latch acts as an input digital filter and an 8-bit DAC conversion output filter analog current output.

Combined with proprietary switching technology and segmented current source architecture,
the DAC effectively reduces parasitic components and improves dynamic performance. With the integration of the fourth generation of Digital Video Engine (DVE),
the HT9767 and HT9207 and HT6362 are a good choice for video transceiving, especially in terms of low noise and stability. A 1.2V temperature compensated reference provides customers with a simple and low cost option.

The HT9767 is powered from a single supply and operates from 2.7V to 3.6V. The power consumption of the HT9767 is only 180mW at 3V, but less than 3mW in shutdown. The HT9767 is a high performance, low voltage application that can operate over the industrial temperature range of -40°C to 85°C or commercial 0°C to 70°C.

characteristic:

1. Dual 8-bit, 40MHz CMOS DAC

2. Low power consumption: 180mA (+3V)

3. DNL: 0.5LSB

4. Signal to noise ratio: 51dB

5. Dynamic range: 68dB

6. Built-in digital video engine

7. 3.3V single power supply

8. Pin compatible with HT9766

9. SSOP 24-pin package

HT9764_AD9764 Overview :

The HT9764 is a dual, 8-bit, 40MHz digital-to-analog converter. The two channels of the HT9764 match the I and Q data transmission channels. The HT9764 integrates two 8-bit 40MHz DACs, a voltage reference and a digital input latch.

The combination of I and Q channels reduces eight pins. The digital latch of the HT9764 is used to separate the original I and Q data.
The output latch acts as an input digital filter and an 8-bit DAC conversion output filter analog current output.

Combined with proprietary switching technology and segmented current source architecture,
the DAC effectively reduces parasitic components and improves dynamic performance. With the integration of the fourth generation of Digital Video Engine (DVE),
the HT9767 and HT9204 and HT6362 are a good choice for video transceiving. A 1.2V temperature compensated reference provides customers with a simple and low cost option.

The HT9764 is powered from a single supply and operates from 2.7V to 3.6V. The power consumption of the HT9767 is only 120mW at 3V, but less than 3mW in power-saving mode. The HT9764 is mainly used in low cost, low power, low voltage applications. It can be operated in the industrial temperature range of -40 ° C to 85 ° C or commercial 0 ° C to 70 ° C.

characteristic:

1. Dual 8-bit, 40MHz CMOS DAC

2. Low power consumption: 120mA (+3V)

3. DNL: 0.5LSB

4. Signal to noise ratio: 50dB

5. Dynamic range: 66dB

6. 3.3V single power supply

7. Low power saving mode

8. Pin compatible with HT9766

9. SSOP 24-pin package.