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Hello, Please ask a question about LT1357 Datasheet
# Example questions:
➢ What is the maximum input current (iin) for the digital input pins in cmos mode, and what is the typical input capacitance (cin)?
➢ What are the typical supply voltage ranges for vdd and vee when operating the ltc2335 in cmos i/o mode?
➢ How does the power dissipation (pd) change when switching the ltc2335 from acquisition mode to nap mode in lvds i/o mode, and what are the values for both modes at a 1msps sample rate?
1. General / Power Supplies
️· VCC (Supply Voltage): 0 to 38 V
️· VEE (Supply Voltage): -16.5 to 0 V
️· VCC - VEE (Supply Voltage Difference): 10 to 38 V
️· VDD (Supply Voltage): 4.75 to 5.25 V
️· OV DD (CMOS I/O Mode): 1.71 to 5.25 V
️· OV DD (LVDS I/O Mode): 2.375 to 5.25 V
️· IVCC (Supply Current - 1Msps): 3.5 to 4.3 mA (Acquisition Mode)
️· IVEE (Supply Current - 1Msps): -5.1 to -4.0 mA (Acquisition Mode)
️· IVDD (CMOS - 1Msps): 12.6 to 20 mA (Acquisition Mode)
️· IVDD (LVDS - 1Msps): 14.8 to 17.1 mA (Acquisition Mode)
️· Power Down Mode: Very Low current (see details in section)
2. Digital I/O (CMOS Mode)
️· V<sub>IH</sub> (High Level Input Voltage): 0.8 x OVDD
️· V<sub>IL</sub> (Low Level Input Voltage): 0.2 x OVDD
️· V<sub>OH</sub> (High Level Output Voltage): OVDD – 0.2 V
️· V<sub>OL</sub> (Low Level Output Voltage): 0.2 V
️· I<sub>OZ</sub> (Hi-Z Output Leakage Current): -10 to 10 μA
️· I<sub>IN</sub> (Digital Input Current): -10 to 10 μA
️· C<sub>IN</sub> (Digital Input Capacitance): 5 pF
3. Digital I/O (LVDS Mode)
️· V<sub>ID</sub> (Differential Input Voltage): 200 – 600 mV
️· R<sub>ID</sub> (On-Chip Input Termination Resistance): 90 – 125 Ω
️· V<sub>ICM</sub> (Common-Mode Input Voltage): 0.3 – 2.2 V
️· V<sub>OD</sub> (Differential Output Voltage): 275 – 425 mV
️· V<sub>OCM</sub> (Common-Mode Output Voltage): 1.1 – 1.3 V
️· I<sub>ICM</sub> (Common Mode Input Current): -10 to 10 μA
4. Analog Performance (Limited Details in Excerpt)
️· No specific analog performance metrics are provided in these excerpts.
5. Key Features & Modes
️· Multiple I/O Modes: CMOS and LVDS.
️· Power Down Modes: Extremely low power consumption.
️· Flexible Voltage Ranges: Accommodates various voltage levels.
Important Notes Based on the Excerpt:
️· Incomplete Data: This is a partial datasheet excerpt. There are many other specifications not included here.
️· Conditions: Many specifications are dependent on conditions like sample rate, termination values, and operating temperature.
️· Variations: Different grade parts (C, H, I) might have slightly different specifications.
️· Refer to Full Datasheet: Always refer to the complete and official LTC2335 datasheet for accurate and comprehensive information.
1. General / Power Supplies
️· VCC (Supply Voltage): 0 to 38 V
️· VEE (Supply Voltage): -16.5 to 0 V
️· VCC - VEE (Supply Voltage Difference): 10 to 38 V
️· VDD (Supply Voltage): 4.75 to 5.25 V
️· OV DD (CMOS I/O Mode): 1.71 to 5.25 V
️· OV DD (LVDS I/O Mode): 2.375 to 5.25 V
️· IVCC (Supply Current - 1Msps): 3.5 to 4.3 mA (Acquisition Mode)
️· IVEE (Supply Current - 1Msps): -5.1 to -4.0 mA (Acquisition Mode)
️· IVDD (CMOS - 1Msps): 12.6 to 20 mA (Acquisition Mode)
️· IVDD (LVDS - 1Msps): 14.8 to 17.1 mA (Acquisition Mode)
️· Power Down Mode: Very Low current (see details in section)
2. Digital I/O (CMOS Mode)
️· V<sub>IH</sub> (High Level Input Voltage): 0.8 x OVDD
️· V<sub>IL</sub> (Low Level Input Voltage): 0.2 x OVDD
️· V<sub>OH</sub> (High Level Output Voltage): OVDD – 0.2 V
️· V<sub>OL</sub> (Low Level Output Voltage): 0.2 V
️· I<sub>OZ</sub> (Hi-Z Output Leakage Current): -10 to 10 μA
️· I<sub>IN</sub> (Digital Input Current): -10 to 10 μA
️· C<sub>IN</sub> (Digital Input Capacitance): 5 pF
3. Digital I/O (LVDS Mode)
️· V<sub>ID</sub> (Differential Input Voltage): 200 – 600 mV
️· R<sub>ID</sub> (On-Chip Input Termination Resistance): 90 – 125 Ω
️· V<sub>ICM</sub> (Common-Mode Input Voltage): 0.3 – 2.2 V
️· V<sub>OD</sub> (Differential Output Voltage): 275 – 425 mV
️· V<sub>OCM</sub> (Common-Mode Output Voltage): 1.1 – 1.3 V
️· I<sub>ICM</sub> (Common Mode Input Current): -10 to 10 μA
4. Analog Performance (Limited Details in Excerpt)
️· No specific analog performance metrics are provided in these excerpts.
5. Key Features & Modes
️· Multiple I/O Modes: CMOS and LVDS.
️· Power Down Modes: Extremely low power consumption.
️· Flexible Voltage Ranges: Accommodates various voltage levels.
Important Notes Based on the Excerpt:
️· Incomplete Data: This is a partial datasheet excerpt. There are many other specifications not included here.
️· Conditions: Many specifications are dependent on conditions like sample rate, termination values, and operating temperature.
️· Variations: Different grade parts (C, H, I) might have slightly different specifications.
️· Refer to Full Datasheet: Always refer to the complete and official LTC2335 datasheet for accurate and comprehensive information.
| Part No. | LT1357 |
| Manufacturer | LINER |
| Size | 2Mb |
| Pages | 40 pages |
| Description | 16-Bit, 1Msps 8-Channel Differential 짹10.24V Input SoftSpan ADC with Wide Input Common Mode Range |
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