MC9S12B128 CPU configuration module supports the MC9S12B256, MC9S12B128 and MC9S12B64. Supports both 3.3 V and 5 V CPU and recreated ports operation to 25 MHz bus-speed. This module plugs into the EMUL-S12/1M-33 emulator.
MC9S12C128 CPU Configuration personality module to support the MC9S12C128, MC9S12C96 and MC9S12C64 at 25 MHz bus speed. Supports the 48 pin, the 52 pin and the 80 pin packages. Supports both 3.3 V and 5 V CPU and recreated ports operation to 25 MHz bus-speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12C32-25
MC9S12C32 Pod CPU configuration module , 25 MHz - Has a special ability to regenerate the page address lines externally, and can thus use either paged or non-paged programming models. Supports the 48-pin, the 52-pin and the 80-pin packages, and both 3.3 V and 5 V CPU and recreated ports operation to 25 MHz bus-speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-68HC912D60
68HC912D60 Pod CPU configuration module - Use with EMUL-S12D/1M-16 emulator.
$995.00
EMUL12-PC/CPU-68HC912D60A-16
68HC912D60A-16 Pod CPU configuration module for Use with EMUL-S12D/1M-16 emulator.
$995.00
EMUL12-PC/CPU-68HC912DA128
68HC912DA128 Pod CPU configuration module for Use with EMUL-S12D/1M-16 emulator.
$995.00
EMUL12-PC/CPU68HC912DG128
68HC912DG128 16-MHz Pod CPU configuration module
$995.00
EMUL12-PC/CPU68HC912DG128A-16
68HC912DG128A 16-MHz Pod CPU configuration module
$995.00
EMUL12-PC/CPU-MC9512DJ64-16
MC9S12DJ64 Pod CPU configuration module to support the MC9S12DJ64, MC9S12D64 and MC9S12A64 at 16 MHz bus speed. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members at 16 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12DJ64-25
MC9S12DJ64 Pod CPU configuration module to support MC9S12DJ64, MC9S12D64 and MC9S12A64 at 25 MHz bus speed. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members at 25 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12DP256-25
MC9S12DP256 Pod CPU configuration module to support the MC9S12DP256 at maximum 25 MHz bus speed. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members at 25 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12DP512-25
MC9S12DP512 Pod CPU configuration module
e to support the MC9S12DP512, MC9S12DT512, MC9S12DJ512 and MC9S12A512 at 25 MHz bus speed. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members at 25 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
MC9S12DT128 Pod CPU configuration module supports MC9S12DT128, MC9S12DJ128, MC9S12DG128, MC9S12DB128 and MC9S12A128 at 16 MHz bus speed. This module supports the ByteFlight protocol. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members up to 25 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
MC9S12DT128 Pod CPU configuration module, supports MC9S12DT128, MC9S12DJ128, MC9S12DG128, MC9S12DB128 and MC9S12A128 at 25 MHz bus speed. This module supports the ByteFlight protocol. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members at 25 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12DT128A
68HC912DT128A Pod CPU Personality module
$995.00
EMUL12-PC/CPU-MC9S12DT256-25
MC9S12DT256 Pod CPU configuration module supports the latest 0L91N mask-set of the MC9S12DT256, MC9S12DJ256 and MC9S12DG256 at 25 MHz bus speed. May also emulate operation of other MC9S12Dxxx and MC9S12Axxx family members at 25 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12E128-25
MC9S12E128 Pod CPU configuration module to support the MC9S12E256, MC9S12E128, MC9S12E64 and MC9S12E32 at 25 MHz bus speed. Supports the 80-pin and 112-pin packages, and both 3.3 V and 5 V CPU and recreated ports operation to 25 MHz bus-speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12KG128-25
MC9S12KG128 Pod CPU configuration module to support the MC9S12KT256, MC9S12KG256, MC9S12KG128, MC9S12K64 and MC9S12K32 at 25 MHz bus speed. Supports both 3.3 V and 5 V CPU and recreated ports operation to 25 MHz bus-speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12H256-16
MC9S12H256 Pod CPU configuration module, 16 MHz - This module contains the superset 144-pin microcontroller chip part # PC9S12H256VFV. It contains circuitry to emulate H256 LCD ports. Only target connection is with flex cable.
$1,995.00
EMUL12-PC/CPU-MC9S12T64-16
MC9S12T64 Pod CPU configuration module for the MC9S12T64 and other MC9S12T family devices at 16 MHz bus speed. This module plugs into the EMUL-S12/1M-33 emulator.
$995.00
EMUL12-PC/CPU-MC9S12XDP512-40
MC9S12XDP512 Pod CPU configuration module for the S12XD, S12XB and S12XA series processors to 40MHz bus speed. For the EMUL-S12X emulator.
$1,495.00
Part Number
Optional Real-time Triggered Trace History - Add anytime -
Real-time Trace card operates up to 16 MHz bus speed and records up to 128K frames. It works with the "B", “D and “S12D pods up to 16 MHz. The trace records user specified fetched and/or executed instructions, data operations, free, interrupt, STOP, WAIT, RESET and BDM cycles. Instructions and source code (mixed mode or assembly) can be displayed. The three triggers are sequential and since the pipeline is fully decoded, false triggering on fetched yet not executed instructions does not happen. The trace card contains a time stamp and has the ability to show when an instruction was fetched, executed and the appropriate data reads and writes. The triggers and trace memory are bank aware and the page number is displayed in the trace window attached to the 16 bit HEX address. You can add and modify the trigger settings and view the trace without stopping the target emulation. The triggers will stop the trace or the trace and emulation as the user selects.
Real-time Trace card operates up to 16 MHz bus speed and records up to 128K frames. It works with the "B", D and S12D pods up to 16 MHz. The trace records user specified fetched and/or executed instructions, data operations, free, interrupt, STOP, WAIT, RESET and BDM cycles. Instructions and source code (mixed mode or assembly) can be displayed. The three triggers are sequential and since the pipeline is fully decoded, false triggering on fetched yet not executed instructions does not happen. The trace card contains a time stamp and has the ability to show when an instruction was fetched, executed and the appropriate data reads and writes. The triggers and trace memory are bank aware and the page number is displayed in the trace window attached to the 16 bit HEX address. You can add and modify the trigger settings and view the trace without stopping the target emulation. The triggers will stop the trace or the trace and emulation as the user selects.
The real-time trace hardware is a plug-in emulator option, and may be installed by the user at any time. Trace hardware is compatible with the Nohau S12X series emulators. (Excepting the 12B and 12D series emulators.)
Trace hardware operates up to 50MHz maximum bus speed. Records up to 1 million frames of S12X code execution history. Each recorded frame 72 bits wide. Trace control memory includes of 8 M- Byte of trigger and filter memory to cover the entire S12X 8 M-Byte of global address space.
Provides execution Code Coverage utility for 100% detection of all instructions executed and/or not executed in the entire application code. Includes statistical performance analysis that displays the percentage of the S12X processing time is spent in each function or group or specific lines for application code optimization .
The trace hardware trace can simultaneously record and trigger on both the executing code, data reads and writes. It can be set to record and trigger on instruction fetches, free cycles, and BDM reads and writes. Trace history includes 44-bit time-stamp information with a timeout period of over 3 days and resolution of 10 nanoseconds. Additional hardware connections provide means to records 16 user-specified digital signals.
The real-time trace has an external digital bit trigger input to further control trace triggering by an external device, and trace trigger output for triggering peripheral devices such as lab test equipment or a target device digital input.