IQSmart™ Load Switches – The Industry’s Lowest Off-State Leakage

Best-in-class features

  • Ultra-Low Off State Leakage
  • Ultra-Low On State Resistance
  • Ultra-Low On State Power

GLF_loadswitch2.pngThe ideal load switch would draw zero current when the application is in standby mode.
We believe GLF’s IQSmart™ load switches are the closest you can get to perfection.

Our ultra-efficient and compact load switches not only offer ultra-low leakage current – up to 50 times lower than other load switches – they also exhibit the lowest RDS(ON) for a given small form factor.

Product NameTypeAbs Max (V)Vop Max (V) / Vout Voltage [V]Ron Typical @Vop Max (mΩ) / Vout Accuracy [%]IQ Typical @Vop Max (nA)Isd Typical @Vop max (nA)
Slew Rate Control
RCB (Reverse Blocking)
Package Size (mm)
EVB Manual
Status
True Reverse Current Blocking
6
5.5
54
470
13
SOT23-5
Released
True Reverse Current Blocking
7
6.5
88
4.5
10
SOT23-5
Sampling
Low VIN Range with NFET
4
3.6
52
10000
6
SOT23-5
Released
Nano-Current Consumed Power Switch
6
5.5
34
3
22
0.77 x 0.77 x 0.55
Released
True Reverse Current Blocking
6
5.5
54
470
13
SOT23-5
Released
True Reverse Current Blocking
6
5.5
37
450
20
0.77 x 0.77 x 0.46
Released
Nano-Current Consumed Power Switch
6
5.5
54
2
13
SOT23-5
Released
Low VIN Range with NFET
4
3.6
52
6500
6.5
0.97 x 0.97 x 1.47 x 0.55
Released
Nano-Current Consumed Power Switch
7
6.5
38
7
8
SOT23-5L
Sampling
3 Channels
6
5.5
60
6
23
1.27 x 167 x 0.55 (0.35 Thin)
Released
Nano-Current Consumed Power Switch
6
5.5
82
10
25
SOT23-5
Released
Low VIN Range with NFET
4
3.6
32
180 @ 1.0 Vin
630
0.77 x 0.77 x 0.55
Released
Prog. Long SR
6
5.5
10
5
55
Prog.
1.27 x 1.67 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
54
2
13
SOT23-5
Released
True Reverse Current Blocking
6
5.5
29
1400
24
0.97 x 0.97 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
25
7
28
0.97 x 0.97 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
34
540
19
0.77 x 0.77 x 0.46
Released
Nano-Current Consumed Power Switch
6
5.5
34
540
19
0.77 x 0.77 x 0.46
Released
Nano-Current Consumed Power Switch
6
5.5
18 @ 3.3V
1 @ 3.3V
16 @ 3.3V
0.97 x 1.47 x 0.55
Sampling
Nano-Current Consumed Power Switch
6
5.5
34
1
19
0.77 x 0.77 x 0.46
Released
Nano-Current Consumed Power Switch
6
5.5
34
1
19
0.77 x 0.77 x 0.46
Released
Nano-Current Consumed Power Switch
6
5.5
34
1
19
0.77 x 0.77 x 0.46
Released
Nano-Current Consumed Power Switch
6
5.5
31
7
28
0.97 X 0.97 X 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
31
7
28
0.97 x 0.97 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
34
1
19
0.77 X 0.77 X 0.35
Released
Nano-Current Consumed Power Switch
6
5.5
31
7
28
0.97 x 0.97 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
31
520
28
0.97 x 0.97 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
31
7
28
0.97 x 0.97 x 0.35Thin
Released
Nano-Current Consumed Power Switch
6
5.5
15
3
50
0.97 x 1.47 x 0.55
Released
Nano-Current Consumed Power Switch
6
5.5
15
3
50
0.97 x 1.47 x 0.55
Released
True Reverse Current Blocking
6
5.5
14
1300
40
0.97 x 1.47 x 0.55
Released
True Reverse Current Blocking
6
5.5
37
450
20
0.77 x 0.77 x 0.46
Released
True Reverse Current Blocking
6
5.5
29
1400
24
0.97 x 0.97 x 0.55
Released
Low VIN Range with NFET
4
3.6
10
6500
6.5
0.97 x 1.47 x 0.55
Sampling
Low VIN Range with NFET
4
3.6
27
15000
6
0.97 x 0.97 x 0.55
Released
Low VIN Range with NFET
4
3.6
27
15000
6
0.97 x 0.97 x 0.55
Released
74

Ron Typical @Vop Max (mΩ)

IQ Typical @Vop Max (nA)

Isd Typical @Vop max (nA)

AdobeStock_270328446_Preview

NOTE: Spec values & feature set for "Coming Soon" and "Development" devices are provided on a best estimate basis, based on available data at time of estimate. Values are subject to change. GLF makes no warrenties that it will release or offer for sale products that are marked “Coming Soon” or “Development” "Integrated Features" Table Key: √ = Feature Included, P = Programmable Feature

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