LCE-780308-EM Renesas Electronics America, LCE-780308-EM Datasheet
LCE-780308-EM
Specifications of LCE-780308-EM
Related parts for LCE-780308-EM
LCE-780308-EM Summary of contents
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To our customers, Old Company Name in Catalogs and Other Documents st On April 1 , 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the ...
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All information included in this document is current as of the date this document is issued. Such information, however, is subject to change without any prior notice. Before purchasing or using any Renesas Electronics products listed herein, please confirm ...
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... User’s Manual LCE-780308-EM Emulation Board Preliminary Document No. U18142EU1V0UM00 (1st edition) Preliminary Version 10/26/01 2001 NEC Electronics Inc. All rights reserved. Printed in U.S.A. ...
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No part of this document may be copied or reproduced in any form or by any means without the prior written consent of NEC Electronics Inc. (NECEL). The information in this document is subject to change without notice. All devices ...
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... CHAPTER 1 GENERAL INFORMAT ION The LCE-780308- emulation board or daughter board for the LCE-K0 development system, supporting NEC’s uPD780058, uPD78054, uPD78064, and uPD780308 sub-series of 8-bit single-chip microcontrollers. By combining this daughter board with the LCE-78K0 motherboard, these sub-series can be emulated efficiently. The LCE-780308-EM is shipped with the following contents: • ...
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... Host PC with Windows 95/98/NT Straight-Through Parallel Cable (sold separately) Motherboard LCE-78K0 (sold separately) Daughter LCE-780308-EM Board Probe: NP-80GC NP-80GK, NP-100GC or NP-100GF (sold separately) Conversion Socket EV-9200GC-80 for NP-80GC probe; EV-TGK-080SBW for NP-80GK probe; EV-TGC-100SDW for NP-100GC probe; EV-9200GF-100 for NP-100GF probe; ...
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... CHAPTER 2 COMPONENTS This chapter introduces the main components of the LCE-780308-EM daughter board unit. 2.1. Daughter Board Layout Figure 2.1-1 LCE-780308 Top Layout 5 ...
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... This is a drawing of the top of the LCE-780308-EM board; this side will face upward in the assembled system uPD78P0308 device, and uPD78P054 device. Together these two devices provide emulation of the peripheral devices such as parallel ports, serial ports, timers, LCD drivers, etc., for the supported 78K0 devices. ...
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... J3 and J4 and J5), and the other connects to matching connectors on the user target. Devices supported by the LCE-780308-EM board fall into two categories: 80-pin devices in either a GC footprint ( QFP footprint ( TQFP); or 100-pin devices in either a GC footprint ( LQFP footprint ( QFP) ...
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... These are the NP-80GC and NP-80GK probes. For connection of these probes to the LCE-780308-EM, connector J2 should be used; this connector is labelled “PROBE 80”. For target devices in the 100-pin plastic LQFP package (GC suffix) or 100-pin plastic QFP package (GF suffix), an appropriate probe and socket adapter to accept the probe should be used ...
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... I/O ports, and can be configured as open-drain outputs by omitting the pull-up resistor mask option. These optional pull-up resistors are provided on the LCE-780308-EM board, and can be connected or disconnected to the appropriate P60-P63 signals, emulating the mask options. The mask option pull-up resistors can be switched in or not by using either the ID78K0-LCE debugger software using the SW1 hardware switch ...
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... P62 P62 P63 P63 The settings for the Mask Options may be saved in an ID78K0-LCE project file and reloaded will not be necessary to set the Mask Options manually every time ID78K0-LCE is started. However also possible to set the hardware switch SW1 to switch in pull-up resistors for P60-P63 ...
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... Using P07/XT1 As Input From Probe The devices emulated by the LCE-780308-EM board have an input pin named P07/XT1 (or XT1/P07). This pin can be used either as a parallel input, read as bit 7 of port P0 the XT1 subclock source. The ID78K0-LCE program has a Mask Option setting for port P07/XT1, setting it as either P07 (input port) or XT1 (subclock) ...
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... Jumper Settings for Analog Voltage Inputs The target devices emulated by the LCE-780308-EM have analog voltage inputs to A/D converters, ANI0 to ANI7. In addition, the uPD78054 and uPD780058 subseries also have analog outputs from D/A converters, ANO0 and ANO1. These analog inputs and outputs require separate power (AVDD), ground (AVSS) and reference voltage (AVREF0 and AVREF1) inputs ...
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... AVSS. For normal design, AVSS would always be connected to the ground, or VSS, pins of the target device. Removing JP6 will disconnect AVSS from ground on the LCE-780308. In this case, AVSS in the target system should be connected to target ground. AVREF0 Connection ...
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... Table 2.6-4 JP6 Settings for AVSS JP6 Setting Open JP6-1 to JP6 factory setting AVSS Connection AVSS on probe GND on LCE-780308-EM and AVSS on probe 14 ...
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... CHAPTER 3 INSTALLATION This chapter explains how to connect the LCE-780308-EM to the LCE-78K0 and the user target system, and start operation of the LCE-K0 system. 3.1. Connect Probe Cables to LCE-780308-EM Connect the probe or the ribbon cables to the respective connectors on the LCE-780308- EM. 3.2. Connect LCE-780308-EM to LCE-78K0 Turn off the power from the LCE-78K0 motherboard ...
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... With the LCE-780xxx-EM daughter board on a stable surface, connect the motherboard to the daughter board by gently applying pressure on the mating connectors. Avoid applying pressure on the plastic cover. You should feel and hear the connectors on the motherboard and daughter board snap together. Apply pressure on ...
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... When applying power to the systems connected above, follow the sequence below. 1) Turn on the host computer system. 2) Turn the power switch on the LCE-78K0 motherboard to the ON position. This will cause the green LED to turn on indicating power is being supplied to the system. 3) Turn on power to the user target system. ...
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CHAPTER 4 CONNECTOR PIN ASS IGNMENTS 4.1. J3-J4 Probe 100 Ribbon Cable Pin Assignments J3 Pin Target Pin Target Pin (100GC) (100GF ...
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... Note 2: VSS0, VSS1 and IC on the target pins are connected to GND on the LCE-780308-EM Note 3: X2 and XT2 on the target are not connected on the LCE-780308-EM Note 4: VDD0 and VDD1 on the target are both connected to UVDD on the LCE-780308-EM; this signal is used for sensing target voltage, but does not supply power to the target. ...
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J4-J5 Probe 80 Ribbon Cable Pin Assignments J4 Pin Target Pin Target Signal (GC/GK VDD VDD 11 ...
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... Note 2: VSS and IC on the target pins are connected to GND on the LCE-780308-EM Note 3: X2 and XT2 on the target are not connected on the LCE-780308-EM Note 4: VDD on the target is connected to UVDD on the LCE-780308-EM on both P4 pin 9 and P4 pin 10; this signal is used for sensing target voltage, but does not supply power to the target. ...
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J1 Probe 100 Pin Assignments, NP-100GC Target Pin (100GC) J1 Pin Number ...
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Target Pin (100GC) J1 Pin Number Target Pin (100GC 100 23 J1 Pin Number ...
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J1 Probe 100 Pin Assignments, NP-100GF Target Pin (100GF) J1 Pin Number ...
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Target Pin (100GF) J1 Pin Number Target Pin (100GF 100 25 J1 Pin Number 102 101 106 105 112 111 ...
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J2 Probe 80 Pin Assignments, NP-80GC and NP-80GK Target Pin Number J2 Pin Number ...