ICAllIn

Товар	Производитель	Цена	Запрос	Описание
ISL5929EVAL1	INTERSIL	Проверить цену	Запросить цену	The ISL5x29EVAL1 evaluation board provides a quick and easy method for evaluating the ISL5629, 5729, 5829, 5929 (8-,10-, 12-, or 14-bit), 130/210MSPS high-speed dual DACs.
ISL5829EVAL1	INTERSIL	Проверить цену	Запросить цену	The ISL5x29EVAL1 evaluation board provides a quick and easy method for evaluating the ISL5629, 5729, 5829, 5929 (8-,10-,12-, or 14-bit), 130/210MSPS high-speed dual DACs.
ISL5757EVAL2	INTERSIL	Проверить цену	Запросить цену	The ISL5757 is a 10-bit, 260+MSPS (Mega Samples Per Second), CMOS, high speed, low power, D/A (digital to analog) converter, designed specifically for use in high performance communication systems such as base transceiver stations utilizing 2.5G or 3G cellular protocols.
ISL5757EVAL1	INTERSIL	Проверить цену	Запросить цену	The ISL5757 is a 10-bit, 260+MSPS, CMOS, high speed, low power, D/A converter, designed for high performance communication systems.
ISL5729EVAL1	INTERSIL	Проверить цену	Запросить цену	The ISL5x29EVAL1 evaluation board provides a quick and easy method for evaluating the ISL5629, 5729, 5829, 5929 (8-,10-, 12-, or 14-bit), 130/210MSPS high-speed dual DACs.
HI5860SOICEVAL1	INTERSIL	Проверить цену	Запросить цену	The HI5860 is a 12-bit, 130MSPS (Mega Samples Per Second), high speed, low power, D/A converter which is implemented in an advanced CMOS process.
HI5828EVAL2	INTERSIL	Проверить цену	Запросить цену	The HI5828EVAL2 evaluation board provides a quick and easy method for evaluating the HI5828, 125MSPS Dual High Speed DAC.
HI5760EVAL1	INTERSIL	Проверить цену	Запросить цену	The HI5760EVAL1 evaluation board provides a quick and easy method for evaluating the HI5760, 125 MSPS high speed DAC.
HI5741-EVS	INTERSIL	Проверить цену	Запросить цену	The HI5741 is a 14-bit 100MHz Digital to Analog Converter designed for low glitch and high Spurious Free Dynamic Range operation.
HI5731-EVS	INTERSIL	Проверить цену	Запросить цену	The HI5731 is a 12-bit 100MHz Digital-to-Analog Converter designed for low glitch and high Spurious Free Dynamic Range operation, ideal for Signal Reconstruction and DDS applications.
HI5728EVAL1	INTERSIL	Проверить цену	Запросить цену	The HI5728EVAL1 evaluation board provides a quick and easy method for evaluating the HI5728, 125MSPS Dual High Speed DAC.
HI5628EVAL1	INTERSIL	Проверить цену	Запросить цену	Evaluation board for HI5628IN 125MSPS dual 8-bit CMOS DAC.

The ISL5x29EVAL1 evaluation board provides a quick and easy method for evaluating the ISL5629, 5729, 5829, 5929 (8-,10-, 12-, or 14-bit), 130/210MSPS high-speed dual DACs.

The ISL5x29EVAL1 evaluation board provides a quick and easy method for evaluating the ISL5629, 5729, 5829, 5929 (8-,10-,12-, or 14-bit), 130/210MSPS high-speed dual DACs.

The ISL5757 is a 10-bit, 260+MSPS (Mega Samples Per Second), CMOS, high speed, low power, D/A (digital to analog) converter, designed specifically for use in high performance communication systems such as base transceiver stations utilizing 2.5G or 3G cellular protocols.

The ISL5757 is a 10-bit, 260+MSPS, CMOS, high speed, low power, D/A converter, designed for high performance communication systems.

The ISL5x29EVAL1 evaluation board provides a quick and easy method for evaluating the ISL5629, 5729, 5829, 5929 (8-,10-, 12-, or 14-bit), 130/210MSPS high-speed dual DACs.

The HI5860 is a 12-bit, 130MSPS (Mega Samples Per Second), high speed, low power, D/A converter which is implemented in an advanced CMOS process.

The HI5828EVAL2 evaluation board provides a quick and easy method for evaluating the HI5828, 125MSPS Dual High Speed DAC.

The HI5760EVAL1 evaluation board provides a quick and easy method for evaluating the HI5760, 125 MSPS high speed DAC.

The HI5741 is a 14-bit 100MHz Digital to Analog Converter designed for low glitch and high Spurious Free Dynamic Range operation.

The HI5731 is a 12-bit 100MHz Digital-to-Analog Converter designed for low glitch and high Spurious Free Dynamic Range operation, ideal for Signal Reconstruction and DDS applications.