The MC1404 of ICs is a family of temperature−compensated voltage references for precision data conversion applications, such as A/D, D/A, V/F, and F/V. Advances in laser−trimming and ion−implanted devices, as

The MC1404 of ICs is a family of temperature–compensated voltage references for precision data conversion applications, such as A/D, D/A, V/F, and F/V. Advances in laser–trimming and ion–implanted devices, as well as monolithic fabrication techniques, make these devices stable and accurate to 12 bits over both military and commercial ...

Description: PRECISION LOW DRIFT VOLTAGE REFERENCES. 194 Results. Part #: MC14040. Datasheet: 215Kb/8P. Manufacturer: ON Semiconductor.

Description: 12-Bit Binary Counter. 193 Results. Part #: MC14040B. Datasheet: 215Kb/8P. Manufacturer: ON Semiconductor.

Download the MC1404 datasheet for detailed specifications and information on the MC1404 electronic component.

MC1404 IC 是用于精密数据转换应用的温度补偿电压参考系列，如 A/D、D/A、V/F 和 F/V。 除了出色的温度稳定性外，这些部件还提供出色的长期稳定性和低噪音。 输出电压：标准. .设计用于高功率放大器和开关电路应用。 50 安培互补硅功率晶体管. 一个3位注册总线收发器，带有扫描。 总线输出. 三重母性 D 触发器，具有差分输出。 当时钟输入为低时，数据进入主闩锁，并在时钟输入上正转换时传输至从站。 除了一个通用的设置输入外，还为每个触发器提供了单独的重置输 …

View results and find MC1404 datasheets and circuit and application notes in pdf format.

The MC1404 of ICs is a family of temperature–compensated voltage references for precision data conversion applications, such as A/D, D/A, V/F, and F/V. Advances in laser–trimming and ion–implanted devices, as well as monolithic fabrication techniques, make these devices stable and accurate to 12 bits over both military and commercial ...

The MC1404 of ICs is a family of temperature­compensated voltage references for precision data conversion applications, such as A/D, D/A, V/F, and F/V. Advances in laser­trimming and ion­implanted devices, as well as monolithic fabrication techniques, make these devices stable and accurate to 12 bits over both military and commercial ...

Part #: MC1404. Description: PRECISION LOW DRIFT VOLTAGE REFERENCES. File Size: 105.55 Kbytes. Manufacturer: ON Semiconductor.