Monzite-MDQ050N450Q16A

Part #Monzite-MDQ050N450Q16A
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Monzite-MDQ050N450Q16A
DATASHEET  
Quad +5V/-45V PIN Diode Switch  
Driver  
MDQ050N450Q16A  
603-886-9569  
GENERAL DESCRIPTION  
MECHANICAL  
The MDQ050N450Q16A is a driver featuring high speed and wide
 
The MDQ050N450Q16A consists of silicon
BJT  
negative voltage range suited for driving high speed PIN diode
 
and MOSFET array mounted
to
a laminate  
switches.  
substrate and sealed with a dam and fill process.  
The driver is compatible with 3.3V/5V CMOS logic and has 4
 
This
forms a 10mm x 10mm
 
16
pos
QFN SMT  
independent channels outputs to supply output high and low up to +/
 
assembly
designed
for integration
into
an  
-125 mA
 
operating at +5V and -45V.  
integrated microwave assembly.  
External current limiting resistors are required to set current.  
ECCN Code EAR99  
FEATURES  
•
•
High speed
 
<50 nS  
Operates -5 to -45V
 
– supply  
MDQ050N450Q16A
is RoHS
3
(EU 2015/863)  
compliant.  
FUNCTION BLOCK DIAGRAM  
PIN CONNECTIONS  
Recommend bypassing +5V and Vneg
 
with .1 uF  
capacitor or .01 uF minimum.  
Inputs must always be connected
to
logic level
 
H or L  
never leave floating.  
1
2
3
4
5
6
7
8
9
Input 1  
Input 2  
Input 3  
Input 4  
Ground  
Ground  
NC  
NC  
Output 4  
10 Output
 
3  
11 Output
 
2  
12 Output
 
1  
13 +5V  
14 NC  
15 NC  
16 -5
 
to -45  
MDQ050N450Q16A-40 Rev
 
–  
Impellimax Line of Drivers from Monzite  
DPC 3835
 
12/21/2020  
1
FRM-0070 REV – DPC 3631  

DATASHEET  
MDQ050N450Q16A  
TRUTH TABLE  
IN1  
IN2  
IN3  
IN4  
OUT1 OUT2 OUT3 OUT4  
1
1
1
1
+V  
-V  
+V  
+V  
-V  
+V  
+V  
+V  
-V  
+V  
+V  
+V  
+V  
-V  
0
1
1
1
1
0
1
1
+V  
+V  
+V  
-V  
1
1
0
1
+V  
+V  
-V  
1
1
1
0
+V  
-V  
0
0
0
0
-V  
ELECTRICAL SPECIFICATIONS  
Vpos +5V, Vneg -45V, TEMP 25C, PRR 50KHz  
NOTE: Tie
 
all unused inputs high or low, but not floating.  
SYMBOL  
PARAMETER  
CONDITIONS  
MIN  
TYP  
MAX  
6.5  
UNITS  
ABSOLUTE MAXIMUMS  
Vpos  
Supply Voltage Positive  
V
V
V
Vneg  
Supply Voltage Negative  
-48  
Vpos to Vneg  
Positive to Negative Supply Voltage  
54  
ENVIRONMENTAL  
Enviro  
Enviro  
Operating Temperature  
Storage Temperature  
-45  
-55  
115  
150  
Deg C  
Deg C  
INPUT  
VI_hi  
Voltage Input High  
Voltage Input Low  
3.3V LOGIC  
3.3V LOGIC  
2.3  
0
3.0  
.2  
3.3  
.4  
V
V
VI_low  
OUTPUT  
VO_hi  
VO_low  
VO_hi  
VO_low  
IO_hi  
Voltage Out High  
Voltage Out Low  
open load  
4.8  
-44.8  
4.3  
4.9  
-44.9  
4.4  
5.0  
-45  
4.5  
-45  
V
V
open load  
cathode grounded PIN diode load at 100 mA  
cathode grounded PIN diode load back bias  
steady state into 1V diode load  
V
-44.8  
-44.9  
125  
V
Current Out High  
Current Out Low  
mA  
mA  
IO_low  
steady state into 1V diode load common arm  
resistor  
-125  
Iopk  
Current Peak Output  
sink and source  
1
A
SUPPLY  
IQC_pos  
IQC_neg  
Quiescent Current Positive  
Quiescent Current Negative  
5KHz 50% duty cycle  
5KHz 50% duty cycle  
15  
10  
mA  
mA  
DYNAMIC  
Trise  
Time Rise  
10  
10  
nS  
nS  
Tfall  
Time Fall  
Td_rise  
Td_fall  
TSW_rise  
TSW_fall  
PRR  
Delay Rise  
20  
nS  
Delay Fall  
20  
nS  
Switching Speed Rise  
Switching Speed Fall  
Pulse Repetition Rate  
100pF load  
50  
nS  
100pF load  
50  
nS  
Max, 10pF load  
250  
KHz  
ESD Sensitivity
 
HBM Class1B  
MDQ050N450Q16A-40 Rev
 
–  
DPC 3835
 
12/21/2020  
Impellimax Line of Drivers from Monzite  
2
FRM-0070 REV – DPC 3631  

DATASHEET  
MDQ050N450Q16A  
MECHANICAL SPECIFICATIONS
 
DRAWING NOT TO SCALE.
 
DIMENSIONS ARE IN INCHES, UNLESS OTHERWISE NOTED.  
MSL RATING 4 (refer to JEDEC STD 033B)  
Shipping Packaging  
Waffle Packs/trays  
Lead Finish:
 
ENIG  
Length .400; Width .400; Height .06  
MARKING SPECIFICATIONS  
Part Number:
 
MDQ050N450Q16A  
Date Code:
 
YYWW  
MDQ050N450Q16A-40 Rev
 
–  
DPC 3835
 
12/21/2020  
Impellimax Line of Drivers from Monzite  
3
FRM-0070 REV – DPC 3631  

DATASHEET  
MDQ050N450Q16A  
FOOTPRINT  
SOLDER PROFILE  
MDQ050N450Q16A-40 Rev
 
–  
DPC 3835
 
12/21/2020  
Impellimax Line of Drivers from Monzite  
4
FRM-0070 REV – DPC 3631