DAC10GPZ
ADI
DAC10GPZ 由 ADI 生产，采用 18 ld CerDip 封装，批号 15+，芯微百年深圳仓库现货 2,000 个。
现货
- 库存量
- 2,000个
- 交期
- 待确认
- 最低订购量
- 1 个
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完整规格
| 参数 | 值 |
|---|---|
| 型号 | DAC10GPZ |
| 厂商 | ADI |
| 所属类别 | DAC数模转换器 |
| 库存状态 | 现货 |
| 封装 | 18 ld CerDip |
| 生产批号 | 15+ |
| 库存量 | 2,000个 |
| 最低订购量 | 1 个 |
| 交期 | 待确认 |
产品详情
优势和特点
- Fast Settling: 85 ns
- Low Full-Scale Drift: 10 ppm/°C
- Nonlinearity to 0.05% Max Over Temperature Range
- Complementary Current Outputs: 0 mA to 4 mA
- Wide Range Multiplying Capability:
- 1 MHz Bandwidth
- Wide Power Supply Range:
- +5, -7.5 Min to ±18 V Max
- Direct Interface to TTL, CMOS,
- ECL, PMOS, NMOS
- Availability to DIE Form
产品详情
The DAC10 series of 10-bit monolithic multiplying digital-to-analog converters provide high speed performance and full-scale accuracy. Advanced circuit design achieves 85 ns settling times with very low "glitch" energy and low power consumption. Direct interface to all popular logic families with full noise immunity is provided by the high swing, adjustable threshold logic inputs.
All DAC10 series models guarantee full 10-bit monotonicity, and nonlinearities as tight as +0.05% over the entire operating temperature range are available. Device performance is essentially unchanged over the ±18 V power supply range, with 85 mW power consumption attainable at lower supplies.
A highly stable, unique trim method is used, which selectively shorts Zener diodes, to provide 1/2 LSB full-scale accuracy without the need for laser trimming.
Single-chip reliability, coupled with low cost and outstanding flexibility, make the DAC10 device an ideal building block for A/D converters, Data Acquisition systems, CRT displays, programmable test equipment and other applications where low power consumption, input/output versatility and long-term stability are required.
Single-chip reliability, coupled with low cost and outstanding flexibility, make the DAC10 device an ideal building block for A/D converters, Data Acquisition systems, CRT displays, programmable test equipment and other applications where low power consumption, input/output versatility and long-term stability are required.