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.

Memory Map
Vector Addresses and Priority
MC68HC908AZ60A — Rev 2.0 Technical Data
MOTOROLA Memory Map 61
2.5 Vector Addresses and Priority
Addresses in the range $FFCC to $FFFF contain the user-specified
vector locations. The vector addresses are shown inTable 2-1. Please
note that certain vector addresses differ between the
MC68HC908AS60A and the MC68HC908AZ60A as shown in the table.
It is recommended that all vector addresses are defined.
Table 2-1. Vector Addresses
Vector
Address MC68HC908AZ60A MC68HC908AS60A
Lowest Priority
$FFCC TIMA Channel 5 Vector (High) Reserved
$FFCD TIMA Channel 5 Vector (Low) Reserved
$FFCE TIMA Channel 4 Vector (High) Reserved
$FFCF TIMA Channel 4 Vector (Low) Reserved
$FFD0 ADC Vector (High) Reserved
$FFD1 ADC Vector (Low) Reserved
$FFD2 Keyboard Vector (High)
$FFD3 Keyboard Vector (Low)
$FFD4 SCI Transmit Vector (High) Reserved
$FFD5 SCI Transmit Vector (Low) Reserved
$FFD6 SCI Receive Vector (High) Reserved
$FFD7 SCI Receive Vector (Low) Reserved
$FFD8 SCI Error Vector (High) Reserved
$FFD9 SCI Error Vector (Low) Reserved
$FFDA CAN Transmit Vector (High) PIT Vector (High)
$FFDB CAN Transmit Vector (Low) PIT Vector (Low)
$FFDC CAN Receive Vector (High) BDLC Vector (High)
$FFDD CAN Receive Vector (Low) BDLC Vector (Low)
$FFDE CAN Error Vector (High) ADC Vector (High)
$FFDF CAN Error Vector (Low) ADC Vector (Low)
$FFE0 CAN Wakeup Vector (High) SCI Transmit Vector (High)
$FFE1 CAN Wakeup Vector (Low) SCI Transmit Vector (Low)
$FFE2 SPI Transmit Vector (High) SCI Receive Vector (High)
$FFE3 SPI Transmit Vector (Low) SCI Receive Vector (Low)
Memory Map
Technical Data MC68HC908AZ60A — Rev 2.0
62 Memory Map MOTOROLA
$FFE4 SPI Receive Vector (High) SCI Error Vector (High)
$FFE5 SPI Receive Vector (Low) SCI Error Vector (Low)
$FFE6 TIMB Overflow Vector (High) SPI Transmit Vector (High)
$FFE7 TIMB Overflow Vector (Low) SPI Transmit Vector (Low)
$FFE8 TIMB CH1 Vector (High) SPI Receive Vector (High)
$FFE9 TIMB CH1 Vector (Low) SPI Receive Vector (Low)
$FFEA TIMB CH0 Vector (High) TIMA Overflow Vector (High)
$FFEB TIMB CH0 Vector (Low) TIMA Overflow Vector (Low)
$FFEC TIMA Overflow Vector (High) TIMA Channel 5 Vector (High)
$FFED TIMA Overflow Vector (Low) TIMA Channel 5 Vector (Low)
$FFEE TIMA CH3 Vector (High) TIMA Channel 4 Vector (High)
$FFEF TIMA CH3 Vector (Low) TIMA Channel 4 Vector (Low)
$FFF0 TIMA CH2 Vector (High) TIMA Channel 3 Vector (High)
$FFF1 TIMA CH2 Vector (Low) TIMA Channel 3 Vector (Low)
$FFF2 TIMA CH1 Vector (High) TIMA Channel 2 Vector (High)
$FFF3 TIMA CH1 Vector (Low) TIMA Channel 2 Vector (Low)
$FFF4 TIMA CH0 Vector (High) TIMA Channel 1 Vector (High)
$FFF5 TIMA CH0 Vector (Low) TIMA Channel 1 Vector (Low)
$FFF6 PIT Vector (High) TIMA Channel 0 Vector (High)
$FFF7 PIT Vector (Low) TIMA Channel 0 Vector (Low)
$FFF8 PLL Vector (High)
$FFF9 PLL Vector (Low)
$FFFA IRQ1 Vector (High)
$FFFB IRQ1 Vector (Low)
$FFFC SWI Vector (High)
$FFFD SWI Vector (Low)
$FFFE Reset Vector (High)
Highest Priority
$FFFF Reset Vector (Low)
Table 2-1. Vector Addresses
Vector
Address MC68HC908AZ60A MC68HC908AS60A
MC68HC908AZ60A — Rev 2.0 Technical Data
MOTOROLA RAM 63
Technical Data — MC68HC908AZ60A
Section 3. RAM
3.1 Contents
3.2 Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .63
3.3 Functional Description. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .63
3.2 Introduction
This section describes the 2048 bytes of random-access memory
(RAM).
3.3 Functional Description
Addresses $0050 through $044F and $0A00 through $0DFF are RAM
locations. The location of the stack RAM is programmable with the reset
stack pointer instruction (RSP). The 16-bit stack pointer allows the stack
RAM to be anywhere in the 64K-byte memory space.
NOTE: For correct operation, the stack pointer must point only to RAM
locations.
Within page zero are 176 bytes of RAM. Because the location of the
stack RAM is programmable, all page zero RAM locations can be used
for input/output (I/O) control and user data or code. When the stack
pointer is moved from its reset location at $00FF, direct addressing
mode instructions can access all page zero RAM locations efficiently.
Page zero RAM, therefore, provides ideal locations for frequently
accessed global variables.
Before processing an interrupt, the CPU uses five bytes of the stack to
save the contents of the CPU registers.
PREVIOUS1415161718192021222324252627NEXT