- Manufacturer Part Number : LTC1099CSW#TRPBF
- Manufacturer : AD
- Description : High Speed 8-Bit A/D Converter with Built-In Sample-and-Hold IC
- Series : LTC1099
- Reference Price : USD 8.44
- Our Price : We have a better price, contact us by email
- Product Type : Precision A/D Converters
- Function : Single Channel A/D Converters
- Current Suggest : Production
- Status : Production
- ROHS Status : ROHS Compliant (Lead Free)
- Package Type : 20-Lead SOIC (Wide 0.3 Inch)
- Pins : 20
- MFG Package Case : 05-08-1620 (SW20)
- Part Type : REEL
- Standard Packing Type : Reel
- Standard Packing Quantity : 1000
- Working Temperature : 0 to 70C
- Other Part Number : LTC1099CSW#TRPBF
- Shipping methods : DHL FEDEX UPS TNT
- Delivery Time : Ship within 1 day.
- Manufacturer Production time : 6-8 weeks (Normally have stocks)
- Weight : 0.001KG
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The LTC1099 is a high speed microprocessor compatible 8-bit analog-to-digital converter (A/D). An internal sample-and-hold (S/H) allows the A/D to convert inputs up to the full Nyquist limit. With a conversion rate of 2.5µs, this allows 156kHz 5VP-P input signals or slew rates as high as 2.5V/µs, to be digitized without the need for an external S/H.
Two modes of operation, READ (RD) mode and WRITE-READ (WR-RD) mode, allows easy interface with processors. All timing is internal and edge sensitive which eliminates the need for external pulse shaping circuits. The Stand-Alone (S/A) mode is convenient for those applications not involving a processor.
Data outputs are latched with three-state control to allow easy interface to a processor data bus or I/O port. An overflow output (OFL) is provided to allow cascading for higher resolution.
Applications
- Resolution: 8 Bits
- Conversion Time:
- 2.5µs (RD Mode)
- 2.5µs (WR-RD Mode)
- Slew Rate Limit (Internal S/H): 2.5V/µs
- Low Power: 75mW Max
- Total Unadjusted Error
- LTC1099: ±1LSB
- LTC1099A: ±1/2LSB
At least one model within this product family is in production and available for purchase. The product is appropriate for new designs but newer alternatives may exist.