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Table of Contents
Summary of Contents for Aemulus AMOEBA 4200 Series
- Page 1 Aemulus DM482e User Manual Version 1.2, 10-2013...
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Page 2: Table Of Contents
IGNAL ONNECTION SECTION 4: MAINTENANCE ........................31 4.1 C ............................31 LEANING 4.2 C ..........................31 ALIBRATION 4.3 S ............................31 ERVICING SECTION 5: WARRANTY ......................... 32 SECTION 6: REVISION HISTORY ......................33 SECTION 7: CONTACT US ........................34 AEMULUS... -
Page 3: Safety Precautions
If the product is used in a manner not specified, the protection provided by the instrument warranty may be impaired. Return the instrument to Aemulus for service and repair to ensure that safety features are maintained. The WARNING heading explains hazards that might... -
Page 4: Identification And Discouragement Of Hazardous Applications
Do not touch the connector jacks or cables when the output of the product is turned on. If the DM482e has been in use, it might exceed safe handling WARNING temperatures and cause burns. Allow some cooling time before removing the DM482e from the chassis. Hot Surface AEMULUS... - Page 5 DM482e User Manual The fan speed of the chassis that carries the instrument WARNING has to be in HIGH speed to allow proper heat ventilation. Make sure the product temperature is under 46˚C before Operating operating the product. Temperature AEMULUS...
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Page 6: Identification Of Authorized Personnel
Service Installation and service procedures may only be carried out by personnel properly trained service personnel. Knowledge on working with live circuits, performing safe installations, and repairing the products are prerequisite for this individual or group. AEMULUS... -
Page 7: Section 1: Quick Start
The product is shipped in materials that prevent static damage to the CAUTION module. The module should only be removed from the packaging in an anti-static area ensuring that correct anti-static precautions are taken. Store all modules in anti-static envelopes when not in use. AEMULUS... -
Page 8: Product Software & Hardware Installation
DM482e User Manual 1.2 Product Software & Hardware Installation Refer to installation guide. AEMULUS... -
Page 9: Section 2: Operation
DM482e User Manual Section 2: Operation 2.1 Front Panel Connectors OUTPUT (VHDCI, 68-Position, Receptacle) Figure 1: DM482e Front Panel AEMULUS... - Page 10 PIN5_FH SDATA1 Pin 5 Force-High PIN2_PIN3_L VIO1_GND Pin 2-3 Low PIN3_FH VIO1 Pin 3 Force-High PIN3_SH Pin 3 Sense-High PIN1_FH SDATA0 Pin 1 Force-High PIN0_PIN1_L SDATA0_GND Pin 0-1 Low PIN1_SH Pin 1 Sense-High Table 1: I/O Pin-out (Pins 1-34) AEMULUS...
- Page 11 PIN4_FH SCLK1 Pin 4 Force-High PIN2_PIN3_L VIO0_GND Pin 2-3 Low PIN2_FH VIO0 Pin 2 Force-High PIN2_SH Pin 2 Sense-High PIN0_FH SCLK0 Pin 0 Force-High PIN0_PIN1_L SCLK0_GND Pin 0-1 Low PIN0_SH Pin 0 Sense-High Table 2: I/O Pin-out (Pins 35-68) AEMULUS...
- Page 12 External trigger input to the module. SCLKx SCLK pin for MIPI. SDATAx SDATA pin for MIPI. VIOx VIO pin for MIPI. SCLKx_GND SDATAx_GND GND pin for MIPI. User should short all the GND pins together. VIOx_GND Table 3: Pin Function Description AEMULUS...
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Page 13: Soft Front Panel
It represents most of the functions available in the instrument driver. It is not however a comprehensive application suitable for measurements; for this, remote programming the module. 2.2.1 General Functions Figure 2: DM482e Soft Front Panel AEMULUS... - Page 14 Click the “Start” button for the selected pin to execute PMU commands. The button will immediately turn to “Stop”. Press it to exit from PMU functions. Following results are shown for each pin: a. Voltage (V) b. Current (A) c. On-board temperature AEMULUS...
- Page 15 Run the specified vector set. Clock/Invert Clock: Configure Clock Configure the clock frequency when mode Frequency “CLOCK” or “INVERTED_CLOCK” is selected. DIO: Set Pin Direction Specifies the direction of the selected pin. Set Port Direction Specifies the direction of the selected pin group. AEMULUS...
- Page 16 Click the “Start” button for the selected pin to execute the command. The results for read functions for each pin will be displayed as either “H” (logic high), “L” (logic low) or “Z” (undefined). Display the actions taken in the background. Table 4: Soft Front Panel Control AEMULUS...
- Page 17 5. Press “Start” to execute the commands. The button will immediate to “Stop”. 6. Both voltage and current are measured. 7. Press “Stop” to exit from PMU mode. 8. Press “Un-Initialize” to turn off the whole module. Figure 3: PMU Operation AEMULUS...
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Page 18: Mipi Functions
Display the address of the module connected. A list of addresses is shown for all detected modules in the computer. Set/ display the voltage supply of the module Set/ display the frequency of the MIPI operation Initialize or un-initialize the module Data to be written into the module AEMULUS... - Page 19 Table 5: MIPI Soft Front Panel Control Note: 1. Loop-back – is an operation whereby the routing of signals or flows of items back to their originating devices or facilities without intentional processing or modification. This is used to test the transmission or transportation infrastructure. AEMULUS...
- Page 20 7. Set the data that should be written to the module at part (6). Refer to Figure 4. 8. Press “Start” to execute the command. 9. Press “Un-Initialize” to turn off the whole module. Note: Retrieve result counter will displayed after operation DM482e_MIPI_RFFE_RETRIEVE. AEMULUS...
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Page 21: Remote Operation
DM482e User Manual 2.3 Remote Operation Refer to programming manual. AEMULUS... -
Page 22: Section 3: Brief Technical Description
Current flow is limited by compliance setting. Current compliance values are limited to the supported current range values. For example, if the available current ranges are 2uA, 20uA, 200uA, 2mA and 25mA, then the available compliance settings are 2uA, 20uA, 200uA, 2mA and 25mA. Figure 5: Typical Operation AEMULUS... - Page 23 DM482e for 20ms. The NPLC setting of an instrument allows adjustment of the tradeoff between speed and accuracy. The greater the number of power line NOTE cycles, the greater noise rejection and better resolution the signal value will be. AEMULUS...
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Page 24: Pin Electronics (Pe) Functions
Figure 6: Pin Electronics (PE) Level Setting Each pin consists of 9 level settings: Setting Description The output driver high voltage level from the pin. The output driver low voltage level from the pin. The input comparator high voltage level into the pin. AEMULUS... - Page 25 Active load termination is a constant current source. If the external output voltage (e.g. from device-under-test) is more than VT, the pin will sink IOH current, otherwise, the pin will source IOL current. Figure 7: Active Load Block Diagram AEMULUS...
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Page 26: Vector Engine Functions
'1' : Drive high (output only) 'Z' : Tristate (output only) 'L' : Compare Low (input only) 'H' : Compare High (input only) 'X' : Don't Compare (input only) Figure 8: Vector Format for Dedicated Input-only or Output-only Pins AEMULUS... - Page 27 DM482e User Manual The format is same as above except that user needs not define pin direction since it is bi- directional. Hence user can use all the six data formats for a pin. Figure 9: Vector Format for Bi-directional Pins AEMULUS...
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Page 28: Triggers
DM482e User Manual 3.1.4 Triggers Figure below shows the triggering signals supported by DM482e. Only external trigger outputs are supported by vector engine. Figure 10: DM482e Trigger Bus AEMULUS... -
Page 29: Mipi
MIPI uses two signal lines, a clock signal (SCLK) controlled by the master, a unidirectional/bidirectional data signal (SDATA), and an I/O supply/reference voltage (VIO). The choice of SDATA attribute is based on whether a slave device is write-only, or whether it supports read/write capability. AEMULUS... - Page 30 SDATA. Each physical slave must have one SCLK input pin, one SDATA input or bidirectional pin, and a VIO pin to ensure signal compatibility between devices. Note that VIO can be supplied externally or it may be sourced from the master device. AEMULUS...
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Page 31: Signal Connection
DUT terminal as possible for more accurate voltage source or measure operations. Presence of Sense lines at the DUT terminals is known as 4-wire, remote-sense, or Kelvin operation. For PE mode, Sense-High lines do not play any role. Digital signals are travelling via Force-High and Low lines. AEMULUS... -
Page 32: Section 4: Maintenance
The recommended calibration interval for the product is 6 months. 4.3 Servicing There are no user-serviceable parts in the product; if any attention is needed, return it to instrument manufacturer. Any repair that is not covered in this manual should only be performed NOTE by qualified Aemulus personnel. AEMULUS... -
Page 33: Section 5: Warranty
If the product is found to be defective otherwise, Aemulus, at its option, will replace or repair the product at no charge. If you ship the product, you must assume the risk of damage or loss in transit. Aemulus may replace or repair the product with either a new or reconditioned unit, and the product returned becomes Aemulus property. -
Page 34: Section 6: Revision History
DM482e User Manual Section 6: Revision History DEC 2012 INITIAL RELEASE JUN 2013 ADDED MIPI SPECIFICATION OCT 2013 ADDED OPERATING TEMPERATURE WARNING MESSAGE AEMULUS... -
Page 35: Section 7: Contact Us
DM482e User Manual Section 7: Contact Us To obtain service, warranty or technical assistance, please contact Aemulus. Aemulus Aemulus Corporation Berhad Krystal Point, B-2-04, B-2-05, B-2-06 & B-2-07 303, Jalan Sultan Azlan Shah, 11900 Penang, Malaysia Tel: +604 6446399 Fax: +604 6466799 Web: www.aemulus.com...
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