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5 Product / Component User Manual Line Computer UNIX 5.1 Component Editor Software Version 501.xx 01/99 Issue 5 - 6 Selection field "CRDL" This selec tion f ield serv es to de fine th e type of the elec trical …
User Manual Line Computer UNIX 5 Product / Component
Software Version 501.xx 01/99 Issue 5.1 Component Editor
5 - 5
5.1.2.2 Component Editor Selection Fields
Selection field "Processing"
This selection field serves to define the type of processing the component will undergo during the assembly of
the printed circuit board.
The following different types of processing can be selected by activating (clicking on) the appropriate
button(s):
- Placing The component is placed.
NOTE: In the case of newly created components,
"Placing" is preset by default).
- Glueing The component is glued.
- Component disposal The component is placed onto the disposal belt.
(only possible on HS-180).
- Rotate before CRDL The component is turned prior to the CRDL test
(only possible on HS-180).
- Omit The component is not placed in any of the placement programs.
- Coplanarity check The coplanarity check carried out by means of the coplanarity
laser module determines whether the leads of a component are
bent and whether it must be regarded as defective and be discarded.
NOTE: If the coplanarity check function is activated for the
component, it must also be activated for the associated package
form in the GF-Editor (see chapt. 6).
- No polarity The polarity of the component is of no relevance during the
placement operation.
Procedure:
● Click on button adjacent to the processing type desired.
The selection can be cancelled (deactivated) by clicking on a second time.
5 Product / Component User Manual Line Computer UNIX
5.1 Component Editor Software Version 501.xx 01/99 Issue
5 - 6
Selection field "CRDL"
This selection field serves to define the type of the electrical test to be performed (using the CRDL Tester) on
the component, by selecting the component type.
The following types of CRDL testing can be selected by activating the appropriate buttons:
- No check The component is not subjected to any electrical test during
processing.
- Resistance The resistance value (mega-ohms, kilo-ohms, ohms) is tested.
- Coil The inductance (µH) of the coil is tested.
- Diode The conducting-state voltage (V) of the diode is tested.
- Zener diode The Zener voltage (V) of the diode is tested.
-
- Capacitor The capacitance (µF, nF, pF) of the capacitor is tested.
- Tantalum capacitor The capacitance (µF, nF, pF) of the tantalum capacitor is tested.
- Tantalum capacitor with polarity The capacitance (µF, nF, pF) of the polarized tantalum capacitor
is tested.
Procedure:
● Click on button adjacent to the CRDL test desired.
Whenever a different type of CRDL test is clicked on, the one previously selected is deselected.
When the button No check has been selected it can only be deselected by clicking on it a second
time.
User Manual Line Computer UNIX 5 Product / Component
Software Version 501.xx 01/99 Issue 5.1 Component Editor
5 - 7
5.1.2.3 Component Editor Editing Fields
Editing fields
- Comment Any comment you may wish to enter can be entered in
this field, e.g. type of the component. (No inverted
commas or quotation marks will be accepted).
- Package form The GF no. assigned to the particular component type
(package) is entered in this editing field (e.g. 750 for QFP44).
NOTE: The GF-number must be entered without
any suffix!
- Setpoint value The setpoint value of the component is entered using the
scientific notation, e.g.:
1E12 for 10 T (tera) = 10 000 000 000 000
1E9 for 10 G (giga) = 10 000 000 000
1E6 for 10 M (mega) = 10 000 000
10E3 for 10 K (kilo) = 10 000
10E-3 for 10 m (milli) = 0.010
10E-6 for 10 µ (micro) = 0.000010
10E-9 for 10 n (nano) = 0.000000010
10E-12 for 10 p (pico) = 0.000000000010
- Tolerance In this field the permissible deviation of the tested value
from the setpoint value is entered in % (e.g. 10 for 100kΩ
resistance).
- Voltage This field can only be edited when in the selection field
"CRDL" the component type "Tantalum capacitor" has
been selected for the current component. The operating
voltage (volts) of the tantalum capacitor is entered here.