NCP1615CDR2G datasheet(8/44 Pages) ONSEMI

Part #	NCP1615CDR2G

Description	High Voltage High Efficiency Power Factor Correction Controller

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Manufacturer	ONSEMI [ON Semiconductor]

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NCP1615

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Table 4. ELECTRICAL CHARACTERISTICS (VCC = 15 V, VHV = 120 V, VFB = 2.4 V, RHVFB = 200 kW, VHVFB = 20 V, CVControl =

10 nF, VFFcontrol = 2.6 V, VZCD/CS = 0 V, RZCD/CS = 3 kW, VFOVPBUV = 2.4 V, VSTDBY = 1 V, VRestart = 1 V, VPSTimer = 0 V, VFault = open,

VPFCOK = open, CDRV = 1 nF, for typical values TJ = 25°C, for min/max values, TJ is −40°C to 125°C, unless otherwise noted)

Characteristics

Unit

Max

Typ

Min

Symbol

Conditions

BROWNOUT DETECTION

Hysteresis

A/B/C/D Version

C2/D2 Version

VHV increasing

VBO(HYS)

7

5

11

8

–

−

V

Brownout Detection Blanking Time

VHV decreasing, delay from

VBO(stop) to drive disable

tBO(stop)

43

54

65

ms

Control Pin Sink Current in Brownout

tBO(stop) expires

IControl(BO)

40

50

60

mA

LINE DETECTION

High Line Level Detection Threshold

VHV increasing

Vlineselect(HL)

232

250

267

V

Low Line Level Detection Threshold

VHV decreasing

Vlineselect(LL)

220

236

252

V

Line Select Hysteresis

VHV increasing

Vlineselect(HYS)

10

–

V

High to Low Line Mode Selector Timer

VHV decreasing

tline

43

54

65

ms

Low to High Line Mode Selector Timer

VHV increasing

tdelay(line)

200

300

400

ms

Line Valley Lockout Counter

After thigh to low line expires

nLL

–

8

–

POWER SAVING MODE (C/D VERSION)

PSM Enable Threshold

VPSTimer increasing

VPS_in

3.325

3.500

3.675

V

PSM Disable Threshold

VPSTimer decreasing

VPS_out

0.45

0.50

0.55

V

PSTimer Pull Up Current Source

VPSTimer = 0.9 V

IPSTimer1

4.5

5.9

7.3

mA

PSTimer Fast Pull Up Current Source

VPSTimer = 3.4 V

IPSTimer2

800

1000

1200

mA

PSTimer Leakage Current

VPSTimer = 4 V

IPSTimer(bias)

–

100

nA

IPSTimer2 Enable Threshold

VPSTimer2

0.95

1.00

1.05

V

Filter Delay Before Entering PSM

VPSTimer > VPS_in

tdelay(PS_in)

–

40

−

ms

Detection Delay Before Exiting PSM and

Turning On Start−Up Circuit

VPSTimer < VPS_out

tdelay(PS_out)

–

100

ms

PSTimer Discharge Current

VPSTimer = VPSTimer(off) + 10 mV

IPSTimer(DIS)

160

–

mA

PSTimer Discharge Turn Off Threshold

VPSTimer decreasing

VPSTimer(off)

0.05

0.10

0.15

V

PFC FB SWITCH (C/D VERSION)

PFC Off−State Leakage Current

VPSTimer = 4 V, VHVFB = 500 V

IHVFB(off)

–

0.1

3

mA

PFC Feedback Switch On Resistance

VHVFB = 2.75 V, IHVFB = 100 mA

RFBswitch(on)

–

10

kW

ON−TIME CONTROL

PFC Maximum On Time

VHV = 162.5 V, VControl =

VControl(MAX)

VHV = 162.5 V, VControl = 2.5 V

VHV = 325 V, VControl =

VControl(MAX)

ton(LL)

ton(LL)2

ton(HL)

20.5

9.5

5.2

23.7

11.0

6.0

27.5

13.0

7.0

ms

Minimum On−Time

VHV = 162 V

VHV = 325 V

tonLL(MIN)

tonHL(MIN)

–

200

100

ns

CURRENT SENSE

Current Limit Threshold

VILIM

0.46

0.50

0.54

V

Leading Edge Blanking Duration

tOCP(LEB)

100

200

350

ns

Current Limit Propagation Delay

Step VCS/ZCD > VILIM to DRV

falling edge

tOCP(delay)

–

40

200

ns

Overstress Leading Edge Blanking Duration

tOVS(LEB)

50

100

170

ns

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