Freelance Electronics Components Distributor
Closed Dec 25th-26th
800-300-1968
We Stock Hard to Find Parts

8A/S6

Part # 8A/S6
Description Incandescent S Light Lamp
Category LAMP
Availability In Stock
Qty 2
Qty Price
1 + $2.43518
Manufacturer Available Qty
General Electric
  • Shipping Freelance Stock: 2
    Ships Immediately



Technical Document


DISCLAIMER: The information provided herein is solely for informational purposes. Customers must be aware of the suitability of this product for their application, and consider that variable factors such as Manufacturer, Product Category, Date Codes, Pictures and Descriptions may differ from available inventory.

EEPROM-1 Memory
EEPROM-1 Register Descriptions
MC68HC908AZ60A — Rev 2.0 Technical Data
MOTOROLA EEPROM-1 Memory 103
6.6.3 EEPROM-1 Nonvolatile Register
The contents of this register is loaded into the EEPROM-1 array
configuration register (EE1ACR) after a reset.
This register is erased and programmed in the same way as an
EEPROM byte. (See EEPROM-1 Control Register on page 99 for
individual bit descriptions).
NOTE: The EE1NVR will leave the factory programmed with $F0 such that the
full array is available and unprotected.
Address: $FE1C
Bit 7 6 5 4 3 2 1 Bit 0
Read:
UNUSED UNUSED UNUSED EEPRTCT EEBP3 EEBP2 EEBP1 EEBP0
Write:
Reset: PV
= Unimplemented PV = Programmed value or 1 in the erased state.
Figure 6-4. EEPROM-1 Nonvolatile Register (EE1NVR)
EEPROM-1 Memory
Technical Data MC68HC908AZ60A — Rev 2.0
104 EEPROM-1 Memory MOTOROLA
6.6.4 EEPROM-1 Timebase Divider Register
The 16-bit EEPROM-1 timebase divider register consists of two 8-bit
registers: EE1DIVH and EE1DIVL. The 11-bit value in this register is
used to configure the timebase divider circuit to obtain the 35 µs
timebase for EEPROM-1 control.
These two read/write registers are respectively loaded with the contents
of the EEPROM-1 timebase divider on-volatile registers (EE1DIVHNVR
and EE1DIVLNVR) after a reset.
Address: $FE1A
Bit 7 6 5 4 3 2 1 Bit 0
Read:
EEDIVSECD
0000
EEDIV10 EEDIV9 EEDIV8
Write:
Reset: Contents of EE1DIVHNVR ($FE10), Bits [6:3] = 0
= Unimplemented
Figure 6-5. EE1DIV Divider High Register (EE1DIVH)
Address: $FE1B
Bit 7 6 5 4 3 2 1 Bit 0
Read:
EEDIV7 EEDIV6 EEDIV5 EEDIV4 EEDIV3 EEDIV2 EEDIV1 EEDIV0
Write:
Reset: Contents of EE1DIVLNVR ($FE11)
Figure 6-6. EE1DIV Divider Low Register (EE1DIVL)
EEPROM-1 Memory
EEPROM-1 Register Descriptions
MC68HC908AZ60A — Rev 2.0 Technical Data
MOTOROLA EEPROM-1 Memory 105
EEDIVSECD — EEPROM-1 Divider Security Disable
This bit enables/disables the security feature of the EE1DIV registers.
When EE1DIV security feature is enabled, the state of the registers
EE1DIVH and EE1DIVL are locked (including EEDIVSECD bit). The
EE1DIVHNVR and EE1DIVLNVR non-volatile memory registers are
also protected from being erased/programmed.
1 = EE1DIV security feature disabled
0 = EE1DIV security feature enabled
EEDIV[10:0] — EEPROM-1 timebase prescaler
These prescaler bits store the value of EE1DIV which is used as the
divisor to derive a timebase of 35µs from the selected reference clock
source (CGMXCLK or bus block in the CONFIG-2 register) for the
EEPROM-1 related internal timer and circuits. EEDIV[10:0] bits are
readable at any time. They are writable when EELAT = 0 and
EEDIVSECD = 1.
The EE1DIV value is calculated by the following formula:
EE1DIV= INT[Reference Frequency(Hz) x 35 x10
-6
+0.5]
Where the result inside the bracket is rounded down to the nearest
integer value
For example, if the reference frequency is 4.9152MHz, the EE1DIV
value is 172
NOTE: Programming/erasing the EEPROM with an improper EE1DIV value
may result in data lost and reduce endurance of the EEPROM device.
PREVIOUS2829303132333435363738394041NEXT