CAP1206 datasheet(38/63 Pages) MICROCHIP

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CAP1206

DS00001567B-page 38

 2013-2015 Microchip Technology Inc.

The Multiple Touch Pattern register acts as a pattern to identify an expected sensor input profile for diagnostics or other

significant events. There are two methods for how the Multiple Touch Pattern register is used: as specific sensor inputs

or number of sensor input that must exceed the MTP threshold or have Noise Flag Status bits set. Which method is used

is based on the COMP_PTRN bit (see Section 5.14). The methods are described below.

Specific Sensor Inputs: If, during a single sensing cycle, the specific sensor inputs above the MTP threshold or

with Noise Flag Status bits set match those bits set in the Multiple Touch Pattern register, an MTP event is

flagged.

Number of Sensor Inputs: If, during a single sensing cycle, the number of sensor inputs with a delta count above

the MTP threshold or with Noise Flag Status bits set is equal to or greater than the number of pattern bits set, an

MTP event is flagged.

For all bits in this register:

• ‘0’ - The specified sensor input is not considered a part of the pattern.

• ‘1’ - The specified sensor input is considered a part of the pattern, or the absolute number of sensor inputs that

must have a delta count greater than the MTP threshold or have the Noise Flag Status bit set is increased by 1.

Bit 5 - CS6_PTRN - Determines whether CS6 is considered as part of the Multiple Touch Pattern.

Bit 4 - CS5_PTRN - Determines whether CS5 is considered as part of the Multiple Touch Pattern.

Bit 3 - CS4_PTRN - Determines whether CS4 is considered as part of the Multiple Touch Pattern.

Bit 2 - CS3_PTRN - Determines whether CS3 is considered as part of the Multiple Touch Pattern.

Bit 1 - CS2_PTRN - Determines whether CS2 is considered as part of the Multiple Touch Pattern.

Bit 0 - CS1_PTRN - Determines whether CS1 is considered as part of the Multiple Touch Pattern.

5.16

Base Count Out of Limit Register

The Base Count Out of Limit Register indicates which sensor inputs have base counts out of limit (see Section 4.4, "Sen-

sor Input Calibration"). When these bits are set, the BC_OUT bit is set (see Section 5.2, "Status Registers").

For all bits in this register:

• ‘0’ - The base count for the specified sensor input is in the operating range.

• ‘1’ - The base count of the specified sensor input is not in the operating range.

Bit 5 - BC_OUT_6 - Indicates whether CS6 has a base count out of limit.

Bit 4 - BC_OUT_5 - Indicates whether CS6 has a base count out of limit.

Bit 3 - BC_OUT_4 - Indicates whether CS6 has a base count out of limit.

Bit 2 - BC_OUT_3 - Indicates whether CS3 has a base count out of limit.

Bit 1 - BC_OUT_2 - Indicates whether CS2 has a base count out of limit.

Bit 0 - BC_OUT_1 - Indicates whether CS1 has a base count out of limit.

TABLE 5-28:

BASE COUNT OUT OF LIMIT REGISTER

Addr

R/W

B7B6B5B4B3B2B1B0

Default

2Eh

Base Count

Out of Limit

BC_

OUT_

BC_

OUT_

BC_

OUT_

BC_

OUT_

BC_

OUT_

BC_

OUT_

00h

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