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BUF20820AIDCPRE4 Texas Instruments SPECIALTY ANALOG CIRCUIT, PDSO38, ROHS COMPLIANT, PLASTIC, HTSSOP-38 visit Texas Instruments
BUF20820AIDCPR Texas Instruments 18-Channel Gamma Voltage Generator with Two Programmable Vcom Channels 38-HTSSOP -40 to 85 visit Texas Instruments

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BUF20820 Datasheet

Part Manufacturer Description PDF Type
BUF20820 Texas Instruments 18-Channel GAMMA VOLTAGE GENERATOR with Two Programmable VCOM Channels Original
BUF20820AIDCPR Texas Instruments Linear - Amplifiers - Video Amps and Modules, Integrated Circuits (ICs), IC 18CH PROG V-REF GEN 38-HTSSOP Original
BUF20820AIDCPR Texas Instruments IC 18 CHANNEL GAMMA VOLTAGE GENERATOR T/R 38HTSSOP Original
BUF20820AIDCPR Texas Instruments 18-Channel Gamma Voltage Generator with Two Programmable Vcom Channels 38-HTSSOP -40 to 85 Original
BUF20820AIDCPR Texas Instruments BUF20820 - 18-Channel Gamma Voltage Generator with Two Programmable Vcom Channels 38-HTSSOP -40 to 85 Original
BUF20820AIDCPRE4 Burr-Brown 18-Channel GAMMA VOLTAGE GENERATOR with Two Programmable VCOM Channels Original
BUF20820AIDCPRE4 Texas Instruments Linear - Amplifiers - Video Amps and Modules, Integrated Circuits (ICs), IC 18CH PROG V-REF GEN 38-HTSSOP Original
BUF20820AIDCPRE4 Texas Instruments 18-Channel Gamma Voltage Generator with Two Programmable Vcom Channels 38-HTSSOP -40 to 85 Original
BUF20820AIDCPRE4 Texas Instruments BUF20820 - 18-Channel Gamma Voltage Generator with Two Programmable Vcom Channels 38-HTSSOP -40 to 85 Original
BUF20820EVM Texas Instruments Evaluation and Demonstration Boards and Kits, Programmers, Development Systems, EVAL MOUDLE FOR BUF20820 Original

BUF20820

Catalog Datasheet MFG & Type PDF Document Tags

BUF01900

Abstract: BUF11704 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , more efficient alternative method using the BUF20820. The BUF20820 uses the most advanced , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , BUF20820 SBOS330E - DECEMBER 2005 - REVISED OCTOBER 2008 18-Channel GAMMA VOLTAGE GENERATOR
Texas Instruments
Original
BUF01900 BUF11704 BUF12800 BUF20800 SN10501 SN1050 18-CHANNEL 10-BIT

D14-D10

Abstract: BUF01900 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , more efficient alternative method using the BUF20820. The BUF20820 uses the most advanced , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , BUF20820 SBOS330E - DECEMBER 2005 - REVISED OCTOBER 2008 18-Channel GAMMA VOLTAGE GENERATOR
Texas Instruments
Original
D14-D10
Abstract: BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. , alternative method using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process , damage the BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The , BUF20820 www.ti.com SBOS330D - DECEMBER 2005 - REVISED JANUARY 2008 18-Channel GAMMA VOLTAGE Texas Instruments
Original

BUF01900

Abstract: BUF11704 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , ; Figure 13b shows the more efficient alternative method using the BUF20820. The BUF20820 uses the most , directly to VS and REFL directly to GND does not damage the BUF20820. As discussed above however, the , BUF20820 SBOS330 - DECEMBER 2005 18-Channel GAMMA VOLTAGE GENERATOR with Two Programmable VCOM
Texas Instruments
Original

2VA5-5

Abstract: input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , alternative method using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process , 100mV. Connecting REFH directly to VS and REFL directly to GND does not damage the BUF20820. As , Obsolete Device BUF20820 SBOS330E â' DECEMBER 2005 â' REVISED OCTOBER 2008 18
Texas Instruments
Original
2VA5-5 ISO/TS16949
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process available today , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The Texas Instruments
Original
SBOS330C
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process available today , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The Texas Instruments
Original

TPS651xx

Abstract: BUF01900 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , ; Figure 13b shows the more efficient alternative method using the BUF20820. The BUF20820 uses the most , 100mV. Connecting REFH directly to VS and REFL directly to GND does not damage the BUF20820. As , BUF20820 SBOS330C - DECEMBER 2005 - REVISED OCTOBER 2006 18-Channel GAMMA VOLTAGE GENERATOR
Texas Instruments
Original
TPS651xx
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , approach; Figure 13b shows the more efficient alternative method using the BUF20820. The BUF20820 uses , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , two-wire serial interface controls the various DACs of the BUF20820. The BUF20820 can be used for: THE Texas Instruments
Original

BUF01900

Abstract: BUF11704 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , efficient alternative method using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS , 100mV. Connecting REFH directly to VS and REFL directly to GND does not damage the BUF20820. As , BUF20820 SBOS330A - DECEMBER 2005 - REVISED MARCH 2006 18-Channel GAMMA VOLTAGE GENERATOR with
Texas Instruments
Original
multichannel lcd gamma connection buffer
Abstract: the device under test (DUT) apply to both the BUF20800 and the BUF20820. 2 BUF20800/20820EVM , for the BUF20800 or BUF20820. 3.7.2 JMP2: I2C SCL Control Setting Jumper JMP2 selects where the , BUF20800 or BUF20820. SBOU100 â'" April 2011 Submit Documentation Feedback BUF20800/20820EVM User , BUF20800 or BUF20820. 3.7.4 JMP4: LD Control Setting Jumper JMP4 selects which input the LD latch , I2C address pin on the BUF20800 or BUF20820. Using JMP6, the A0 address can be set to either logic Texas Instruments
Original

BUF01900

Abstract: BUF11704 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , more efficient alternative method using the BUF20820. The BUF20820 uses the most advanced , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , BUF20820 SBOS330E - DECEMBER 2005 - REVISED OCTOBER 2008 18-Channel GAMMA VOLTAGE GENERATOR
Texas Instruments
Original
Abstract: BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. , alternative method using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process , damage the BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The , BUF20820 www.ti.com SBOS330D - DECEMBER 2005 - REVISED JANUARY 2008 18-Channel GAMMA VOLTAGE Texas Instruments
Original
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process available today , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The Texas Instruments
Original
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process available today , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The Texas Instruments
Original
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , approach; Figure 13b shows the more efficient alternative method using the BUF20820. The BUF20820 uses , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , two-wire serial interface controls the various DACs of the BUF20820. The BUF20820 can be used for: THE Texas Instruments
Original
Abstract: input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , alternative method using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process , 100mV. Connecting REFH directly to VS and REFL directly to GND does not damage the BUF20820. As , Obsolete Device BUF20820 SBOS330E â' DECEMBER 2005 â' REVISED OCTOBER 2008 18 Texas Instruments
Original
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , approach; Figure 13b shows the more efficient alternative method using the BUF20820. The BUF20820 uses , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , two-wire serial interface controls the various DACs of the BUF20820. The BUF20820 can be used for: THE Texas Instruments
Original
Abstract: never drives SCL. SCL is only an input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is , using the BUF20820. The BUF20820 uses the most advanced high-voltage CMOS process available today , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , applications. A micro-controller with two-wire serial interface controls the various DACs of the BUF20820. The Texas Instruments
Original

D14-D10

Abstract: BUF01900 input for the BUF20820. Table 1 and Table 2 summarize the address and command codes, respectively, for the BUF20820. ADDRESSING THE BUF20820 The address of the BUF20820 is 111010x, where x is the , more efficient alternative method using the BUF20820. The BUF20820 uses the most advanced , BUF20820. As discussed above however, the output stages of the REFH and REFL buffers will saturate. This , BUF20820 SBOS330E - DECEMBER 2005 - REVISED OCTOBER 2008 18-Channel GAMMA VOLTAGE GENERATOR
Texas Instruments
Original
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