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TSC2006 Datasheet(PDF) 22 Page - Texas Instruments |
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TSC2006 Datasheet(HTML) 22 Page - Texas Instruments |
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22 / 46 page ![]() www.ti.com Touch Sensor Short-Circuit Test TSC2006 SBAS415A – JUNE 2007 – REVISED NOVEMBER 2007 If the TBM bits of CFR1 detailed in Table 20 are all set to '1', a short-circuit in the touch sensor can be detected. C3-C0 = 1011: Reserved. C3-C0 = 1100: PINTDAV = 0 during this short-circuit test. A '1' shown at end of the test indicates there is no short-circuit detected (through Y-axis) between the flex and stable layers. If there is a short-circuit detected, PINTDAV stays low until a stop bit (STS set to '1') is issued. RM—Resolution select. If RM = 1, the conversion result resolution is 12-bit; otherwise, the resolution is 10-bit. This bit is the same RM bit shown in CFR0. SWRST—Software reset input. All register values are set to default value if a '1' is written to this bit. This bit must be set to '0' in Control Byte 1 in order to cancel the software reset and resume normal operation. STS—Stop bit for all converter functions. When writing a '1' to this register, this bit aborts the converter function currently running in the TSC2006. A '0' must be written to this register in order to end the stop bit. This bit can only stop converter functions; it does not reset any data, status, or configuration registers. This bit is the same STS bit shown in CFR0, but can only be read through the CFR0 register with different interpretations. Table 8. STS Bit Operation OPERATION VALUE DESCRIPTION Write 0 Normal operation Write 1 Stop converter functions and power down Table 9. Control Byte 0 Bit Register Description (D7 = 0) BIT NAME DESCRIPTION 1: Control Byte 1—start conversion, channel select, and converison-related configuration D7 Control Byte ID 0: Control Byte 0—read/write data registers and non-conversion-related controls D6-D3 A3-A0 Register Address Bits as detailed in Table 10 D2 RESERVED A '0' must be set in this bit for normal operation Power Not Down Control 1: A/D converter biasing circuitry is always on between conversions, but is shut down after the converter D1 PND0 function stops 0: A/D converter biasing circuitry is shut down either between conversions or after the converter function stops TSC Internal Register Data Flow Control D0 R/W 1: Read from TSC internal registers 0: Write to TSC internal registers 22 Submit Documentation Feedback Copyright © 2007, Texas Instruments Incorporated Product Folder Link(s): TSC2006 |
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