DS3510 Maxim Integrated Products, DS3510 Datasheet
DS3510
Related parts for DS3510
DS3510 Summary of contents
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... Rev 0; 2/ Gamma and V General Description The DS3510 is a programmable gamma and V age generator which supports both real-time updating as well as multibyte storage of gamma/V chip EEPROM memory. An independent 8-bit DAC, two 8-bit data registers, and 4 bytes of EEPROM memory are provided for each individually addressable gamma or V channel ...
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I C Gamma and V ABSOLUTE MAXIMUM RATINGS Voltage on V Relative to GND ............................-0.5V to +16V DD Voltage on VRL, VRH, GHH, GHM, GLM, GLL Relative to GND........-0. 0.5V), not to exceed 16V DD Voltage ...
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I C Gamma and V INPUT ELECTRICAL CHARACTERISTICS (continued +2.7V to +5.5V -45°C to +95°C, unless otherwise noted PARAMETER SYMBOL R Tolerance TOTAL Input Resistance (GHH, GHM, GLM, GLL) Input Resistance Tolerance OUTPUT ...
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I C Gamma and ELECTRICAL CHARACTERISTICS (See Figure +2.7V to +5.5V -45°C to +95°C, timing referenced PARAMETER SYMBOL SCL Clock Frequency Bus Free Time Between STOP ...
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I C Gamma and V NONVOLATILE MEMORY CHARACTERISTICS ( +2.7V to +5.5V.) PARAMETER SYMBOL EEPROM Write Cycles EEPROM Write Cycles Note 1: All voltages are referenced to ground. Currents entering the IC are specified positive and currents ...
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I C Gamma and S0/ GM1–10 Figure 2. GM1–10 Settling Timing Diagram V S0/ GM1–GM10 Figure 3. ...
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I C Gamma and +25°C, unless otherwise noted vs 180 +25°C 160 +95°C 140 120 -40°C 100 80 60 2.7 3.2 3.7 4.2 4.7 5 vs. V ...
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... I C Serial Clock Input 2 C Serial Data Input/Output 2 Address Input. This pin determines I C slave address of the DS3510. Digital Supply (2.7V to 5.5V) V Reference Inputs. High-voltage reference for V COM No Connection Compensation Capacitor Input. Connect VCAP to GND through a 0.1μF capacitor. References for Low-Voltage Gamma DAC ...
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... I C Gamma and V BANKS GM10 BANK A DS3510 GM10 BANK B GM10 BANK C GM10 BANK D S0/S1 PINS S0/S1 BITS COMP BANKS GM6 BANK A GM6 BANK B GM6 BANK C GM6 BANK D S0/S1 PINS S0/S1 BITS SDA 2 COMP SCL I C INTERFACE A0 BANKS VCOM BANK A VCOM BANK B VCOM BANK C MODE0 BIT (CR ...
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... DAC output. A detailed description of the three modes as well as additional features of the DS3510 follows. The DS3510 mode of operation is determined by 2 bits located in the Control register (60h), which is non- volatile (NV) (EEPROM). In particular, the mode is determined by the MODE0 bit (CR.0) and the MODE1 bit (CR ...
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... Slave Address Byte and Address Pin channel is The slave address byte consists of a 7-bit slave COM address plus a R/W bit (see Figure 5). The DS3510’s slave address is determined by the state of the A0 pin. This pin allows up to two devices to reside on the same bus ...
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... I C Gamma and V Memory Organization Memory Description The list of registers/memory contained in the DS3510 is shown in the Memory Map . Also shown for each of the registers is the memory type and accessibility, as well as the power-up default values for volatile locations and ADDR NAME (HEX) V Latch A ...
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I C Gamma and V SOFT S0/S1 50h: SOFT S1/S0 Bits FACTORY DEFAULT MEMORY TYPE 50h x x bit7 bit7:2 Reserved These bits are used when in SOFT S0/S1 (bit) Controlled Bank Updating Mode (MODE1 = 0, MODE0 = ...
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... COM 00 = 150% bit5 100% (default 80 60% bits3:2 Reserved DS3510 Mode S0/S1 Pins are Used to Select the Desired Bank (A–D) (Default) bits1 Soft S0/S1 (Bits) Are Used to Select the Desired Bank (A– Latch A Is Used to Control the DACs Serial Interface Description The following terminology is commonly used to describe 2 C data transfers ...
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... STOP condition. Remember the master must read the slave’s acknowledgment during all byte write operations. When writing to the DS3510 (and 1), the DAC will adjust to the new setting once it has acknowledged the new data that is being written, and the EEPROM (used to make the setting nonvolatile) will be written following the STOP condition at the end of the write command ...
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... START READ 10h AND 11h 2 Figure Communication Examples EEPROM write cycles: The DS3510’s EEPROM write cycles are specified in the Nonvolatile Memory Characteristics table. The specification shown is at the worst-case temperature (hot) as well as at room tem- perature. ...
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... I C Gamma and V Applications Information Power-Supply Decoupling To achieve the best results when using the DS3510, decouple all the power-supply pins (V 0.01µF or 0.1µF capacitor. Use a high-quality ceramic surface-mount capacitor if possible. Surface-mount com- ponents minimize lead inductance, which improves per- formance, and ceramic capacitors tend to have adequate high-frequency response for decoupling applications ...