BUYSIDERS
EST. 2025

PEG ratio, FCF yield and dividend yield

Buysiders InstituteRead time: 13 minutes

Growth-adjusted and cash-based valuation measures: PEG, levered and unlevered FCF yield, dividend yield, payout and total shareholder yield.

Price-to-earnings and EV/EBITDA say how much an investor pays for a unit of profit. They do not say how fast that profit is growing, or how much of it turns into cash that can be returned to owners. The measures in this topic fill those two gaps. The PEG ratio adjusts the P/E for expected growth. Free cash flow yield measures the cash a business generates relative to its value. Dividend yield, payout ratio and total shareholder yield measure how much cash actually reaches shareholders.

Each is a simple ratio, and each is easy to misuse. The PEG ratio assumes growth and value have a linear relationship that finance theory does not support. Free cash flow has several definitions that give different answers. Dividend yield ignores the buybacks through which many companies now return most of their cash. Used together, and with their definitions stated, they give a much fuller picture than any single multiple.

This topic defines each measure, explains its limits, and applies all of them to two hypothetical companies with very different profiles: a slow-growing, high-payout utility and a fast-growing software company that returns cash mainly through buybacks.

Key takeaways

  • PEG equals the P/E ratio divided by expected annual EPS growth in percent; it is a rough screen, not a valuation model.
  • PEG ignores dividends, risk and the duration of growth, so it systematically penalizes high-payout, low-growth companies; PEGY adds dividend yield to growth.
  • Levered FCF yield (levered FCF over equity value) pairs with equity; unlevered FCF yield (unlevered FCF over EV) pairs with enterprise value.
  • Dividend yield equals dividends per share divided by price; payout ratio equals dividends divided by earnings, and should also be checked against free cash flow.
  • Total shareholder yield adds net buybacks, and sometimes net debt repayment, to dividends, which matters for companies that return cash mainly through repurchases.

The PEG ratio

The price/earnings-to-growth ratio, or PEG, divides a company's P/E by its expected annual growth rate in earnings per share, with growth expressed as a whole number (15 for 15 percent). The idea is that a high P/E may be reasonable if earnings are growing quickly, so dividing by growth puts fast and slow growers on a comparable footing. A PEG of 1.0 means the P/E equals the growth rate; a lower PEG means less is being paid per unit of growth.

The growth rate is usually a consensus or analyst forecast for the next three to five years. State the period and the P/E basis. A forward P/E divided by growth that starts from next year's earnings uses the earnings growth twice if the forecast period overlaps, so practitioners pick one convention and apply it across the peer set.

The widely quoted rule that a PEG below 1.0 signals value is a heuristic associated with growth investors, not a result from valuation theory. It is best treated as a way to sort a list of companies for further work.

PEG ratio
PEG = (P/E) / (Expected annual EPS growth x 100)
P/E
Price-to-earnings ratio, trailing or forward, stated consistently across companies.
Expected annual EPS growth
Forecast compound annual growth in EPS, usually over three to five years, as a decimal (multiplied by 100 so 15 percent enters as 15).

Why PEG misleads: risk, duration and dividends

The justified P/E from the Gordon growth model is payout / (r - g). The multiple rises with growth in a sharply non-linear way as g approaches the cost of equity, and it also depends on payout and on r. PEG replaces that relationship with a straight line through zero. Three consequences follow.

First, PEG ignores risk. Two companies with the same P/E and growth forecast get the same PEG even if one has a far more reliable earnings stream. Second, it ignores duration. A company growing 20 percent for two years and one growing 20 percent for ten years have the same PEG, but very different values. Third, it ignores dividends. Returns to a shareholder come from growth plus cash paid out. A utility growing earnings 4 percent a year while paying out three quarters of them delivers much of its return as dividends, which PEG leaves out, so PEG makes such companies look expensive by construction.

A partial fix for the third problem is the dividend-adjusted PEG, sometimes called PEGY, which divides P/E by growth plus dividend yield. It does nothing for risk or duration. PEG also becomes meaningless for companies with negative or very low expected growth, where the ratio turns negative or explodes.

Dividend-adjusted PEG (PEGY)
PEGY = (P/E) / ((g + Dividend yield) x 100)
P/E
Price-to-earnings ratio.
g
Expected annual EPS growth, as a decimal.
Dividend yield
Annual dividends per share divided by share price, as a decimal.
Worked example

Halden Utilities and Corvid Software: PEG and PEGY

  • Two hypothetical companies.
  • Halden Utilities: price $50.00; EPS $4.00; expected EPS growth 4 percent; dividend per share $3.00.
  • Corvid Software: price $80.00; EPS $3.20; expected EPS growth 20 percent; dividend per share $0.40.
  1. 1. Halden P/E
    50.00 / 4.00
    12.5x
  2. 2. Corvid P/E
    80.00 / 3.20
    25.0x
  3. 3. Halden PEG
    12.5 / 4
    3.13
    Unrounded 3.125.
  4. 4. Corvid PEG
    25.0 / 20
    1.25
  5. 5. Halden dividend yield
    3.00 / 50.00
    6.0%
  6. 6. Corvid dividend yield
    0.40 / 80.00
    0.5%
  7. 7. Halden PEGY
    12.5 / (4 + 6.0)
    1.25
  8. 8. Corvid PEGY
    25.0 / (20 + 0.5)
    1.22

On PEG, Halden looks two and a half times as expensive as Corvid. Once its dividend yield is counted, the two are priced almost identically per unit of total return. Neither figure accounts for the very different risk and duration of the two growth forecasts.

Free cash flow: levered and unlevered

Free cash flow (FCF) is cash generated by the business after the investment needed to sustain and grow it. Unlike EBITDA or net income, it is charged for capital spending, working capital and cash taxes. There are two main definitions, and they belong to different sides of the consistency rule.

Levered free cash flow is the cash available to equity holders after lenders have been paid interest. The common practitioner shortcut is cash flow from operations less capital expenditure. Under US GAAP, operating cash flow already deducts interest paid, so the result is after interest. (Under IFRS, companies may classify interest paid in operating or financing activities, so check before using the shortcut.) The textbook free cash flow to equity also adds net borrowing, because new debt raised is cash available to shareholders; many practitioners leave it out to avoid rewarding a company for borrowing.

Unlevered free cash flow is the cash available to all capital providers, before any interest. It is built from EBIT: tax it at the operating tax rate as if the company had no debt, add back D&A, and deduct capex and the increase in net working capital. It is the cash flow discounted in a DCF at the weighted average cost of capital. A quick bridge from the levered version adds back after-tax interest expense and removes after-tax interest income.

Because levered FCF belongs to equity holders, it is divided by equity value. Because unlevered FCF belongs to all capital providers, it is divided by enterprise value. The yield is the inverse of the corresponding multiple.

Levered and unlevered free cash flow
Levered FCF = Cash flow from operations - Capital expenditure Unlevered FCF = EBIT x (1 - t) + D&A - Capex - Increase in net working capital Unlevered FCF (approximately) = Levered FCF + Net interest expense x (1 - t)
Cash flow from operations
Operating cash flow after interest paid and cash taxes.
EBIT
Earnings before interest and taxes.
t
Tax rate.
D&A
Depreciation and amortization.
Net interest expense
Interest expense less interest income; negative for a company with net cash.
The approximation assumes interest is classified in operating cash flow, as under US GAAP, and ignores differences between cash and accounting taxes.
Free cash flow yields and multiples
Levered FCF yield = Levered FCF / Equity value = 1 / (P/FCF) Unlevered FCF yield = Unlevered FCF / Enterprise value = 1 / (EV/Unlevered FCF)
Equity value
Share price times fully diluted shares.
Enterprise value
Equity value plus net debt and other claims, less non-operating assets.
Worked example

Halden Utilities and Corvid Software: FCF yields

  • Figures in $m. Tax rate 25 percent for both. Interest classified in operating cash flow.
  • Halden: 100.0m shares at $50.00; net debt $3,000m; interest expense $150m; cash flow from operations $900m; capex $600m.
  • Corvid: 50.0m shares at $80.00; net cash $400m; interest income $16m; cash flow from operations $260m; capex $40m.
  1. 1. Equity value
    Halden 100.0 x 50.00; Corvid 50.0 x 80.00
    $5,000m; $4,000m
  2. 2. Enterprise value
    Halden 5,000 + 3,000; Corvid 4,000 - 400
    $8,000m; $3,600m
  3. 3. Levered FCF
    Halden 900 - 600; Corvid 260 - 40
    $300m; $220m
  4. 4. Levered FCF yield
    Halden 300 / 5,000; Corvid 220 / 4,000
    6.0%; 5.5%
  5. 5. Unlevered FCF
    Halden 300 + 150 x (1 - 25%); Corvid 220 - 16 x (1 - 25%)
    $412.5m; $208m
  6. 6. Unlevered FCF yield
    Halden 412.5 / 8,000; Corvid 208 / 3,600
    5.2%; 5.8%
  7. 7. EV/Unlevered FCF
    Halden 8,000 / 412.5; Corvid 3,600 / 208
    19.4x; 17.3x

Halden offers the higher levered yield (6.0 percent against 5.5 percent), but on the enterprise basis Corvid is cheaper (5.8 percent against 5.2 percent). Halden's equity yield is boosted by its leverage: shareholders get a higher yield because they bear the risk of $3,000m of debt ahead of them.

Cash conversion: comparing FCF with earnings

Comparing the FCF yield with the earnings yield shows how much of reported profit becomes cash. A company whose FCF yield is well below its earnings yield is converting less than all of its earnings into cash, usually because capex exceeds depreciation (it is investing for growth or its assets are underdepreciated) or because working capital is absorbing cash. One whose FCF yield exceeds its earnings yield converts more than all of its earnings, usually because of large non-cash charges such as amortization or share-based compensation, or because it collects cash from customers in advance.

Neither is automatically good or bad. A utility building new capacity will convert less than all its earnings for years, and that investment will earn a regulated return. A software company that looks cash generative because it pays employees heavily in stock is shifting a real cost onto shareholders through dilution; many analysts deduct share-based compensation from FCF for that reason.

Cash conversion
FCF conversion = Levered FCF / Net income
Levered FCF
Cash flow from operations less capex.
Net income
Net income attributable to common shareholders for the same period.
Earnings yield against FCF yield
MeasureHalden UtilitiesCorvid Software
Net income ($m)400160
Levered FCF ($m)300220
Earnings yield (EPS / price)8.0%4.0%
Levered FCF yield6.0%5.5%
FCF conversion75.0%137.5%
Halden's capex absorbs two thirds of its operating cash flow; Corvid's absorbs less than a sixth. Verify the drivers (capex against D&A, working capital, share-based compensation) in each cash flow statement before drawing conclusions.

Dividend yield and payout ratio

Dividend yield is the annual dividend per share divided by the share price. It is usually based on the most recent annualized dividend (for example, the latest quarterly dividend times four) or on the dividends paid over the last twelve months; forward yields use the expected dividend. Special one-off dividends are normally excluded from the headline yield.

The payout ratio is dividends as a share of earnings. It tells you how much of profit is distributed and how much is retained to fund growth. A high payout is sustainable for a mature company with modest reinvestment needs, but it leaves little room to maintain the dividend if earnings fall.

Because dividends are paid in cash, not earnings, the payout ratio should also be checked against free cash flow. A company paying out 75 percent of earnings but 100 percent or more of its free cash flow is funding part of its dividend with borrowing or asset sales, or relying on capex falling in future. That is the pattern to question before treating a high yield as reliable income.

Dividend yield and payout ratios
Dividend yield = Annual dividends per share / Share price Payout ratio = Dividends per share / EPS FCF payout = Total dividends paid / Levered FCF
Annual dividends per share
Regular dividends per share over a year, trailing or forward, excluding specials.
EPS
Diluted earnings per share for the same period.
Levered FCF
Cash flow from operations less capex.

Buybacks and total shareholder yield

Many companies, especially in the United States, return more cash through share repurchases than through dividends. A dividend yield alone understates what these companies give back. Total shareholder yield adds the buyback yield, net repurchases divided by equity value, to the dividend yield.

Use net buybacks: shares repurchased less shares issued to employees on exercise of options and vesting of stock awards. A company that buys back shares only to offset the dilution from stock compensation is not reducing its share count, and counting its gross repurchases as a return to shareholders double-counts a cost it already pays in shares.

Some definitions go further and add net debt repayment, on the grounds that paying down debt transfers value from lenders to shareholders by reducing claims ahead of them. State which version is used. The broad version favors deleveraging companies, and the narrow version favors those that pay cash directly to owners.

Buyback yield and total shareholder yield
Net buyback yield = (Shares repurchased - Shares issued) / Equity value Shareholder yield = Dividend yield + Net buyback yield Broad shareholder yield = Dividend yield + Net buyback yield + Net debt repayment / Equity value
Shares repurchased
Cash spent on buybacks over the last twelve months.
Shares issued
Cash value of shares issued, mainly to employees, over the same period.
Net debt repayment
Reduction in net debt over the period; negative if net debt rose.
Worked example

Halden Utilities and Corvid Software: cash returned to shareholders

  • Figures in $m. Halden: 100.0m shares, dividend $3.00 per share, no buybacks, EPS $4.00, levered FCF $300m, equity value $5,000m.
  • Corvid: 50.0m shares, dividend $0.40 per share, net buybacks $120m, EPS $3.20, levered FCF $220m, equity value $4,000m.
  1. 1. Payout ratio
    Halden 3.00 / 4.00; Corvid 0.40 / 3.20
    75.0%; 12.5%
  2. 2. Total dividends
    Halden 3.00 x 100.0; Corvid 0.40 x 50.0
    $300m; $20m
  3. 3. FCF payout (dividends only)
    Halden 300 / 300; Corvid 20 / 220
    100.0%; 9.1%
  4. 4. Net buyback yield
    Halden 0 / 5,000; Corvid 120 / 4,000
    0.0%; 3.0%
  5. 5. Shareholder yield
    Halden 6.0% + 0.0%; Corvid 0.5% + 3.0%
    6.0%; 3.5%
  6. 6. Cash returned as a share of FCF
    Halden 300 / 300; Corvid (20 + 120) / 220
    100.0%; 63.6%

Halden returns 6.0 percent of its equity value a year but distributes all of its free cash flow, leaving nothing to reduce its debt or absorb a bad year. Corvid returns 3.5 percent, mostly through buybacks, and still retains over a third of its FCF.

Putting the measures side by side

The table below gathers every measure for the two companies. It shows why no single figure settles a comparison. Halden looks expensive on PEG, cheap on P/E, generous on dividend yield and levered FCF yield, and stretched on FCF payout. Corvid looks expensive on P/E, reasonable on PEG, and cheaper on the unlevered FCF yield that strips out Halden's leverage.

For a screening workflow, the practical approach is to choose measures that match the question. For income-oriented mandates, dividend yield with FCF payout and leverage. For growth mandates, PEG as a first sort, followed by a DCF. For comparing businesses regardless of financing, unlevered FCF yield alongside EV/EBIT. For companies returning cash mainly through buybacks, shareholder yield rather than dividend yield.

Halden Utilities and Corvid Software compared
MeasureHalden UtilitiesCorvid Software
P/E12.5x25.0x
Expected EPS growth4.0%20.0%
PEG3.131.25
PEGY1.251.22
Levered FCF yield6.0%5.5%
Unlevered FCF yield5.2%5.8%
Dividend yield6.0%0.5%
Payout ratio (earnings)75.0%12.5%
Shareholder yield6.0%3.5%
Cash returned / FCF100.0%63.6%
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