HAL815 datasheet(22/24 Pages) MICRONAS

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HAL 815

ADVANCE INFORMATION

Micronas

5.4. Number Formats

Binary number:

The most significant bit is given as first, the least sig-

nificant bit as last digit.

Example: 101001 represents 41 decimal.

Signed binary number:

The first digit represents the sign of the following

binary number (1 for negative, 0 for positive sign).

Example:

0101001 represents +41 decimal

1101001 represents

−41 decimal

Two-complementary number:

The first digit of positive numbers is “0”, the rest of the

number is a binary number. Negative numbers start

with “1”. In order to calculate the absolute value of the

number, calculate the complement of the remaining

digits and add “1”.

Example:

0101001 represents +41 decimal

1010111 represents

−41 decimal

Micronas registers (read only for customers)

Table 5–3: Available register addresses

Code

Data

Bits

Format

Customer

Remark

CLAMP-LOW

binary

read/write/program

Low clamping voltage

CLAMP-HIGH

binary

read/write/program

High clamping voltage

VOQ

two compl.

binary

read/write/program

SENSITIVITY

signed binary

read/write/program

MODE

binary

read/write/program

Range and filter settings

LOCKR

binary

lock

Lock Bit

ADC-READOUT

two compl.

binary

read

signed binary

read/write/program

TCSQ

binary

read/write/program

DEACTIVATE

binary

write

Deactivate the sensor

Code

Data

Bits

Format

Remark

OFFSET

two compl. binary

ADC offset adjustment

FOSCAD

binary

Oscillator frequency adjustment

SPECIAL

special settings

IMLOCK

binary

Lock Bit for the Micronas registers

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